Mercurial > hg > xemacs-beta
annotate src/keymap.c @ 5681:4af5a3435c94
Don't sanity-check commands with (define-key KEYMAP [remap COMMAND1] COMMAND2).
lisp/ChangeLog addition:
2012-09-05 Aidan Kehoe <kehoea@parhasard.net>
* keymap.c:
* keymap.c (Fdefine_key):
* keymap.c (remap_command):
* keymap.c (Fremap_command):
Don't sanity-check commands to be remapped with the (define-key
KEYMAP [remap COMMAND1] COMMAND2) syntax, for better compatibility
with GNU Emacs. Thank you Robert Pluim!
| author | Aidan Kehoe <kehoea@parhasard.net> |
|---|---|
| date | Wed, 05 Sep 2012 20:37:58 +0100 |
| parents | a81a739181dc |
| children | 7371081ce8f7 |
| rev | line source |
|---|---|
| 428 | 1 /* Manipulation of keymaps |
| 2 Copyright (C) 1985, 1991-1995 Free Software Foundation, Inc. | |
| 3 Copyright (C) 1995 Board of Trustees, University of Illinois. | |
| 4 Copyright (C) 1995 Sun Microsystems, Inc. | |
|
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5 Copyright (C) 2001, 2002, 2010 Ben Wing. |
| 428 | 6 Totally redesigned by jwz in 1991. |
| 7 | |
| 8 This file is part of XEmacs. | |
| 9 | |
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10 XEmacs is free software: you can redistribute it and/or modify it |
| 428 | 11 under the terms of the GNU General Public License as published by the |
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12 Free Software Foundation, either version 3 of the License, or (at your |
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13 option) any later version. |
| 428 | 14 |
| 15 XEmacs is distributed in the hope that it will be useful, but WITHOUT | |
| 16 ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or | |
| 17 FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License | |
| 18 for more details. | |
| 19 | |
| 20 You should have received a copy of the GNU General Public License | |
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21 along with XEmacs. If not, see <http://www.gnu.org/licenses/>. */ |
| 428 | 22 |
| 23 /* Synched up with: Mule 2.0. Not synched with FSF. Substantially | |
| 24 different from FSF. */ | |
| 25 | |
| 26 | |
| 27 #include <config.h> | |
| 28 #include "lisp.h" | |
| 29 | |
| 30 #include "buffer.h" | |
| 31 #include "bytecode.h" | |
| 872 | 32 #include "console-impl.h" |
| 428 | 33 #include "elhash.h" |
| 34 #include "events.h" | |
| 872 | 35 #include "extents.h" |
| 428 | 36 #include "frame.h" |
| 37 #include "insdel.h" | |
| 38 #include "keymap.h" | |
| 39 #include "window.h" | |
| 40 | |
| 41 | |
| 42 /* A keymap contains six slots: | |
| 43 | |
| 44 parents Ordered list of keymaps to search after | |
| 45 this one if no match is found. | |
| 46 Keymaps can thus be arranged in a hierarchy. | |
| 47 | |
| 48 table A hash table, hashing keysyms to their bindings. | |
| 49 It will be one of the following: | |
| 50 | |
| 3025 | 51 -- a symbol, e.g. `home' |
| 428 | 52 -- a character, representing something printable |
| 53 (not ?\C-c meaning C-c, for instance) | |
| 54 -- an integer representing a modifier combination | |
| 55 | |
| 56 inverse_table A hash table, hashing bindings to the list of keysyms | |
| 57 in this keymap which are bound to them. This is to make | |
| 58 the Fwhere_is_internal() function be fast. It needs to be | |
| 59 fast because we want to be able to call it in realtime to | |
| 60 update the keyboard-equivalents on the pulldown menus. | |
| 61 Values of the table are either atoms (keysyms) | |
| 62 or a dotted list of keysyms. | |
| 63 | |
| 64 sub_maps_cache An alist; for each entry in this keymap whose binding is | |
| 65 a keymap (that is, Fkeymapp()) this alist associates that | |
| 66 keysym with that binding. This is used to optimize both | |
| 67 Fwhere_is_internal() and Faccessible_keymaps(). This slot | |
| 68 gets set to the symbol `t' every time a change is made to | |
| 69 this keymap, causing it to be recomputed when next needed. | |
| 70 | |
| 71 prompt See `set-keymap-prompt'. | |
| 72 | |
| 73 default_binding See `set-keymap-default-binding'. | |
| 74 | |
| 75 Sequences of keys are stored in the obvious way: if the sequence of keys | |
| 76 "abc" was bound to some command `foo', the hierarchy would look like | |
| 77 | |
| 78 keymap-1: associates "a" with keymap-2 | |
| 79 keymap-2: associates "b" with keymap-3 | |
| 80 keymap-3: associates "c" with foo | |
| 81 | |
| 82 However, bucky bits ("modifiers" to the X-minded) are represented in the | |
| 83 keymap hierarchy as well. (This lets us use EQable objects as hash keys.) | |
| 84 Each combination of modifiers (e.g. control-hyper) gets its own submap | |
| 85 off of the main map. The hash key for a modifier combination is | |
| 86 an integer, computed by MAKE_MODIFIER_HASH_KEY(). | |
| 87 | |
| 88 If the key `C-a' was bound to some command, the hierarchy would look like | |
| 89 | |
| 442 | 90 keymap-1: associates the integer XEMACS_MOD_CONTROL with keymap-2 |
| 428 | 91 keymap-2: associates "a" with the command |
| 92 | |
| 93 Similarly, if the key `C-H-a' was bound to some command, the hierarchy | |
| 94 would look like | |
| 95 | |
| 442 | 96 keymap-1: associates the integer (XEMACS_MOD_CONTROL | XEMACS_MOD_HYPER) |
| 428 | 97 with keymap-2 |
| 98 keymap-2: associates "a" with the command | |
| 99 | |
| 100 Note that a special exception is made for the meta modifier, in order | |
| 101 to deal with ESC/meta lossage. Any key combination containing the | |
| 102 meta modifier is first indexed off of the main map into the meta | |
| 442 | 103 submap (with hash key XEMACS_MOD_META) and then indexed off of the |
| 428 | 104 meta submap with the meta modifier removed from the key combination. |
| 105 For example, when associating a command with C-M-H-a, we'd have | |
| 106 | |
| 442 | 107 keymap-1: associates the integer XEMACS_MOD_META with keymap-2 |
| 108 keymap-2: associates the integer (XEMACS_MOD_CONTROL | XEMACS_MOD_HYPER) | |
| 428 | 109 with keymap-3 |
| 110 keymap-3: associates "a" with the command | |
| 111 | |
| 112 Note that keymap-2 might have normal bindings in it; these would be | |
| 113 for key combinations containing only the meta modifier, such as | |
| 114 M-y or meta-backspace. | |
| 115 | |
| 116 If the command that "a" was bound to in keymap-3 was itself a keymap, | |
| 117 then that would make the key "C-M-H-a" be a prefix character. | |
| 118 | |
| 119 Note that this new model of keymaps takes much of the magic away from | |
| 120 the Escape key: the value of the variable `esc-map' is no longer indexed | |
| 121 in the `global-map' under the ESC key. It's indexed under the integer | |
| 442 | 122 XEMACS_MOD_META. This is not user-visible, however; none of the "bucky" |
| 428 | 123 maps are. |
| 124 | |
| 125 There is a hack in Flookup_key() that makes (lookup-key global-map "\^[") | |
| 126 and (define-key some-random-map "\^[" my-esc-map) work as before, for | |
| 127 compatibility. | |
| 128 | |
| 129 Since keymaps are opaque, the only way to extract information from them | |
| 130 is with the functions lookup-key, key-binding, local-key-binding, and | |
| 131 global-key-binding, which work just as before, and the new function | |
| 440 | 132 map-keymap, which is roughly analogous to maphash. |
| 428 | 133 |
| 134 Note that map-keymap perpetuates the illusion that the "bucky" submaps | |
| 135 don't exist: if you map over a keymap with bucky submaps, it will also | |
| 136 map over those submaps. It does not, however, map over other random | |
| 137 submaps of the keymap, just the bucky ones. | |
| 138 | |
| 139 One implication of this is that when you map over `global-map', you will | |
| 140 also map over `esc-map'. It is merely for compatibility that the esc-map | |
| 141 is accessible at all; I think that's a bad thing, since it blurs the | |
| 142 distinction between ESC and "meta" even more. "M-x" is no more a two- | |
| 143 key sequence than "C-x" is. | |
| 144 | |
| 145 */ | |
| 146 | |
| 440 | 147 struct Lisp_Keymap |
| 428 | 148 { |
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149 NORMAL_LISP_OBJECT_HEADER header; |
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150 #define MARKED_SLOT(x) Lisp_Object x; |
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151 #include "keymap-slots.h" |
| 440 | 152 }; |
| 428 | 153 |
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154 #define MAKE_MODIFIER_HASH_KEY(modifier) make_fixnum (modifier) |
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155 #define MODIFIER_HASH_KEY_BITS(x) (FIXNUMP (x) ? XFIXNUM (x) : 0) |
| 428 | 156 |
| 157 | |
| 158 | |
| 159 /* Actually allocate storage for these variables */ | |
| 160 | |
| 440 | 161 Lisp_Object Vcurrent_global_map; /* Always a keymap */ |
| 428 | 162 |
| 771 | 163 static Lisp_Object Vglobal_tty_map, Vglobal_window_system_map; |
| 164 | |
| 428 | 165 static Lisp_Object Vmouse_grabbed_buffer; |
| 166 | |
| 167 /* Alist of minor mode variables and keymaps. */ | |
| 168 static Lisp_Object Qminor_mode_map_alist; | |
| 169 | |
| 170 static Lisp_Object Voverriding_local_map; | |
| 171 | |
| 172 static Lisp_Object Vkey_translation_map; | |
| 173 | |
| 174 static Lisp_Object Vvertical_divider_map; | |
| 175 | |
| 176 /* This is incremented whenever a change is made to a keymap. This is | |
| 177 so that things which care (such as the menubar code) can recompute | |
| 178 privately-cached data when the user has changed keybindings. | |
| 179 */ | |
| 458 | 180 Fixnum keymap_tick; |
| 428 | 181 |
| 182 /* Prefixing a key with this character is the same as sending a meta bit. */ | |
| 183 Lisp_Object Vmeta_prefix_char; | |
| 184 | |
| 185 Lisp_Object Qkeymapp; | |
| 186 Lisp_Object Vsingle_space_string; | |
| 187 Lisp_Object Qsuppress_keymap; | |
| 188 Lisp_Object Qmodeline_map; | |
| 189 Lisp_Object Qtoolbar_map; | |
| 190 | |
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191 Lisp_Object Qremap; |
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192 Lisp_Object Qxemacs_command_remapping; /* Uninterned, so there's no conflict |
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193 with any key named remap. */ |
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194 |
| 428 | 195 EXFUN (Fkeymap_fullness, 1); |
| 196 EXFUN (Fset_keymap_name, 2); | |
| 197 EXFUN (Fsingle_key_description, 1); | |
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198 |
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199 static Lisp_Object remap_command (Lisp_Object keymap, Lisp_Object old, |
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200 Lisp_Object new_); |
| 428 | 201 static void describe_command (Lisp_Object definition, Lisp_Object buffer); |
| 202 static void describe_map (Lisp_Object keymap, Lisp_Object elt_prefix, | |
| 203 void (*elt_describer) (Lisp_Object, Lisp_Object), | |
| 204 int partial, | |
| 205 Lisp_Object shadow, | |
| 206 int mice_only_p, | |
| 207 Lisp_Object buffer); | |
| 440 | 208 static Lisp_Object keymap_submaps (Lisp_Object keymap); |
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209 static int get_relevant_keymaps (Lisp_Object, Lisp_Object, int, |
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210 Lisp_Object maps[]); |
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211 static Lisp_Object lookup_keys (Lisp_Object, int, Lisp_Object *, int); |
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212 static void map_keymap (Lisp_Object keymap_table, int sort_first, |
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213 void (*function) (const Lisp_Key_Data *key, |
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214 Lisp_Object binding, |
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215 void *fn_arg), |
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216 void *fn_arg); |
| 428 | 217 |
| 218 Lisp_Object Qcontrol, Qctrl, Qmeta, Qsuper, Qhyper, Qalt, Qshift; | |
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219 |
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220 #define INCLUDE_BUTTON_ZERO |
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221 #define FROB(num) \ |
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222 Lisp_Object Qbutton##num; \ |
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223 Lisp_Object Qbutton##num##up; |
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224 #include "keymap-buttons.h" |
| 428 | 225 |
| 226 Lisp_Object Qmenu_selection; | |
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227 |
| 428 | 228 /* Emacs compatibility */ |
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229 #define FROB(num) \ |
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230 Lisp_Object Qmouse_##num; \ |
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231 Lisp_Object Qdown_mouse_##num; |
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232 #include "keymap-buttons.h" |
| 428 | 233 |
| 234 /* Kludge kludge kludge */ | |
| 235 Lisp_Object QLFD, QTAB, QRET, QESC, QDEL, QSPC, QBS; | |
| 236 | |
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237 #define CHECK_REMAPPING_POSITION(object) do \ |
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238 { \ |
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239 if (!(NILP (object) || FIXNUMP (object) || MARKERP (object) \ |
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240 || EVENTP (object))) \ |
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241 { \ |
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242 wtaerror ("Not a valid POSITION", object); \ |
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243 } \ |
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244 } while (0) |
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245 |
| 428 | 246 |
| 247 /************************************************************************/ | |
| 248 /* The keymap Lisp object */ | |
| 249 /************************************************************************/ | |
| 250 | |
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251 /* Keymaps are equal if all of their attributes are equal. */ |
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252 static int |
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253 keymap_equal (Lisp_Object obj1, Lisp_Object obj2, int depth, |
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254 int UNUSED (foldcase)) |
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255 { |
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256 Lisp_Keymap *k1 = XKEYMAP (obj1); |
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257 Lisp_Keymap *k2 = XKEYMAP (obj2); |
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258 |
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259 depth++; |
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260 |
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261 return |
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262 ( |
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263 #define MARKED_SLOT(x) \ |
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264 internal_equal (k1->x, k2->x, depth) && |
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265 #define MARKED_SLOT_NOCOMPARE(x) |
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266 #include "keymap-slots.h" |
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267 1 |
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268 ); |
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269 } |
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270 |
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271 static Hashcode |
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272 keymap_hash (Lisp_Object obj, int depth, Boolint UNUSED (equalp)) |
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273 { |
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274 Lisp_Keymap *k = XKEYMAP (obj); |
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275 Hashcode hash = 0xCAFEBABE; /* why not? */ |
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276 |
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277 depth++; |
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278 |
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279 #define MARKED_SLOT(x) \ |
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280 hash = HASH2 (hash, internal_hash (k->x, depth, 0)); |
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281 #define MARKED_SLOT_NOCOMPARE(x) |
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282 #include "keymap-slots.h" |
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283 |
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284 return hash; |
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285 } |
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286 |
| 428 | 287 static Lisp_Object |
| 288 mark_keymap (Lisp_Object obj) | |
| 289 { | |
| 290 Lisp_Keymap *keymap = XKEYMAP (obj); | |
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291 #define MARKED_SLOT(x) mark_object (keymap->x); |
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292 #include "keymap-slots.h" |
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293 return Qnil; |
| 428 | 294 } |
| 295 | |
| 296 static void | |
| 2286 | 297 print_keymap (Lisp_Object obj, Lisp_Object printcharfun, |
| 298 int UNUSED (escapeflag)) | |
| 428 | 299 { |
| 300 /* This function can GC */ | |
| 301 Lisp_Keymap *keymap = XKEYMAP (obj); | |
| 302 if (print_readably) | |
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303 printing_unreadable_lisp_object (obj, 0); |
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304 write_ascstring (printcharfun, "#<keymap "); |
| 428 | 305 if (!NILP (keymap->name)) |
| 440 | 306 { |
| 800 | 307 write_fmt_string_lisp (printcharfun, "%S ", 1, keymap->name); |
| 440 | 308 } |
| 800 | 309 write_fmt_string (printcharfun, "size %ld 0x%x>", |
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310 (long) XFIXNUM (Fkeymap_fullness (obj)), |
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311 LISP_OBJECT_UID (obj)); |
| 428 | 312 } |
| 313 | |
| 1204 | 314 static const struct memory_description keymap_description[] = { |
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315 #define MARKED_SLOT(x) { XD_LISP_OBJECT, offsetof (Lisp_Keymap, x) }, |
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316 #include "keymap-slots.h" |
| 428 | 317 { XD_END } |
| 318 }; | |
| 319 | |
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320 DEFINE_DUMPABLE_LISP_OBJECT ("keymap", keymap, |
| 5125 | 321 mark_keymap, print_keymap, 0, |
| 322 keymap_equal, keymap_hash, | |
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323 keymap_description, |
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324 Lisp_Keymap); |
| 428 | 325 |
| 326 /************************************************************************/ | |
| 327 /* Traversing keymaps and their parents */ | |
| 328 /************************************************************************/ | |
| 329 | |
| 330 static Lisp_Object | |
| 331 traverse_keymaps (Lisp_Object start_keymap, Lisp_Object start_parents, | |
| 332 Lisp_Object (*mapper) (Lisp_Object keymap, void *mapper_arg), | |
| 333 void *mapper_arg) | |
| 334 { | |
| 335 /* This function can GC */ | |
| 336 Lisp_Object keymap; | |
| 337 Lisp_Object tail = start_parents; | |
| 338 Lisp_Object malloc_sucks[10]; | |
| 339 Lisp_Object malloc_bites = Qnil; | |
| 340 int stack_depth = 0; | |
| 341 struct gcpro gcpro1, gcpro2, gcpro3, gcpro4; | |
| 342 GCPRO4 (*malloc_sucks, malloc_bites, start_keymap, tail); | |
| 343 gcpro1.nvars = 0; | |
| 344 | |
| 345 start_keymap = get_keymap (start_keymap, 1, 1); | |
| 346 keymap = start_keymap; | |
| 347 /* Hack special-case parents at top-level */ | |
| 440 | 348 tail = !NILP (tail) ? tail : XKEYMAP (keymap)->parents; |
| 428 | 349 |
| 350 for (;;) | |
| 351 { | |
| 352 Lisp_Object result; | |
| 353 | |
| 354 QUIT; | |
| 440 | 355 result = mapper (keymap, mapper_arg); |
| 428 | 356 if (!NILP (result)) |
| 357 { | |
| 358 while (CONSP (malloc_bites)) | |
| 359 { | |
| 853 | 360 Lisp_Object victim = malloc_bites; |
| 361 malloc_bites = XCDR (victim); | |
| 428 | 362 free_cons (victim); |
| 363 } | |
| 364 UNGCPRO; | |
| 365 return result; | |
| 366 } | |
| 367 if (NILP (tail)) | |
| 368 { | |
| 369 if (stack_depth == 0) | |
| 370 { | |
| 371 UNGCPRO; | |
| 372 return Qnil; /* Nothing found */ | |
| 373 } | |
| 374 stack_depth--; | |
| 375 if (CONSP (malloc_bites)) | |
| 376 { | |
| 853 | 377 Lisp_Object victim = malloc_bites; |
| 378 tail = XCAR (victim); | |
| 379 malloc_bites = XCDR (victim); | |
| 428 | 380 free_cons (victim); |
| 381 } | |
| 382 else | |
| 383 { | |
| 384 tail = malloc_sucks[stack_depth]; | |
| 385 gcpro1.nvars = stack_depth; | |
| 386 } | |
| 387 keymap = XCAR (tail); | |
| 388 tail = XCDR (tail); | |
| 389 } | |
| 390 else | |
| 391 { | |
| 392 Lisp_Object parents; | |
| 393 | |
| 394 keymap = XCAR (tail); | |
| 395 tail = XCDR (tail); | |
| 396 parents = XKEYMAP (keymap)->parents; | |
| 397 if (!CONSP (parents)) | |
| 398 ; | |
| 399 else if (NILP (tail)) | |
| 400 /* Tail-recurse */ | |
| 401 tail = parents; | |
| 402 else | |
| 403 { | |
| 404 if (CONSP (malloc_bites)) | |
| 405 malloc_bites = noseeum_cons (tail, malloc_bites); | |
| 406 else if (stack_depth < countof (malloc_sucks)) | |
| 407 { | |
| 408 malloc_sucks[stack_depth++] = tail; | |
| 409 gcpro1.nvars = stack_depth; | |
| 410 } | |
| 411 else | |
| 412 { | |
| 413 /* *&@##[*&^$ C. @#[$*&@# Unix. Losers all. */ | |
| 414 int i; | |
| 415 for (i = 0, malloc_bites = Qnil; | |
| 416 i < countof (malloc_sucks); | |
| 417 i++) | |
| 418 malloc_bites = noseeum_cons (malloc_sucks[i], | |
| 419 malloc_bites); | |
| 420 gcpro1.nvars = 0; | |
| 421 } | |
| 422 tail = parents; | |
| 423 } | |
| 424 } | |
| 425 keymap = get_keymap (keymap, 1, 1); | |
| 426 if (EQ (keymap, start_keymap)) | |
| 427 { | |
| 563 | 428 invalid_argument ("Cyclic keymap indirection", start_keymap); |
| 428 | 429 } |
| 430 } | |
| 431 } | |
| 432 | |
| 433 | |
| 434 /************************************************************************/ | |
| 435 /* Some low-level functions */ | |
| 436 /************************************************************************/ | |
| 437 | |
| 442 | 438 static int |
| 428 | 439 bucky_sym_to_bucky_bit (Lisp_Object sym) |
| 440 { | |
| 442 | 441 if (EQ (sym, Qcontrol)) return XEMACS_MOD_CONTROL; |
| 442 if (EQ (sym, Qmeta)) return XEMACS_MOD_META; | |
| 443 if (EQ (sym, Qsuper)) return XEMACS_MOD_SUPER; | |
| 444 if (EQ (sym, Qhyper)) return XEMACS_MOD_HYPER; | |
| 445 if (EQ (sym, Qalt)) return XEMACS_MOD_ALT; | |
| 446 if (EQ (sym, Qsymbol)) return XEMACS_MOD_ALT; /* #### - reverse compat */ | |
| 447 if (EQ (sym, Qshift)) return XEMACS_MOD_SHIFT; | |
| 428 | 448 |
| 449 return 0; | |
| 450 } | |
| 451 | |
| 452 static Lisp_Object | |
| 442 | 453 control_meta_superify (Lisp_Object frob, int modifiers) |
| 428 | 454 { |
| 455 if (modifiers == 0) | |
| 456 return frob; | |
| 457 frob = Fcons (frob, Qnil); | |
| 442 | 458 if (modifiers & XEMACS_MOD_SHIFT) frob = Fcons (Qshift, frob); |
| 459 if (modifiers & XEMACS_MOD_ALT) frob = Fcons (Qalt, frob); | |
| 460 if (modifiers & XEMACS_MOD_HYPER) frob = Fcons (Qhyper, frob); | |
| 461 if (modifiers & XEMACS_MOD_SUPER) frob = Fcons (Qsuper, frob); | |
| 462 if (modifiers & XEMACS_MOD_CONTROL) frob = Fcons (Qcontrol, frob); | |
| 463 if (modifiers & XEMACS_MOD_META) frob = Fcons (Qmeta, frob); | |
| 428 | 464 return frob; |
| 465 } | |
| 466 | |
| 467 static Lisp_Object | |
| 934 | 468 make_key_description (const Lisp_Key_Data *key, int prettify) |
| 469 { | |
| 1204 | 470 Lisp_Object keysym = KEY_DATA_KEYSYM (key); |
| 934 | 471 int modifiers = KEY_DATA_MODIFIERS (key); |
| 428 | 472 if (prettify && CHARP (keysym)) |
| 473 { | |
| 474 /* This is a little slow, but (control a) is prettier than (control 65). | |
| 475 It's now ok to do this for digit-chars too, since we've fixed the | |
| 476 bug where \9 read as the integer 9 instead of as the symbol with | |
| 477 "9" as its name. | |
| 478 */ | |
| 479 /* !!#### I'm not sure how correct this is. */ | |
| 867 | 480 Ibyte str [1 + MAX_ICHAR_LEN]; |
| 481 Bytecount count = set_itext_ichar (str, XCHAR (keysym)); | |
| 428 | 482 str[count] = 0; |
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483 keysym = intern_istring (str); |
| 428 | 484 } |
| 485 return control_meta_superify (keysym, modifiers); | |
| 486 } | |
| 487 | |
| 488 | |
| 489 /************************************************************************/ | |
| 490 /* Low-level keymap-store functions */ | |
| 491 /************************************************************************/ | |
| 492 | |
| 493 static Lisp_Object | |
| 494 raw_lookup_key (Lisp_Object keymap, | |
| 934 | 495 const Lisp_Key_Data *raw_keys, int raw_keys_count, |
| 428 | 496 int keys_so_far, int accept_default); |
| 497 | |
| 498 /* Relies on caller to gc-protect args */ | |
| 499 static Lisp_Object | |
| 500 keymap_lookup_directly (Lisp_Object keymap, | |
| 442 | 501 Lisp_Object keysym, int modifiers) |
| 428 | 502 { |
| 503 Lisp_Keymap *k; | |
| 504 | |
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505 modifiers &= ~( |
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506 #define FROB(num) XEMACS_MOD_BUTTON##num | |
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507 #include "keymap-buttons.h" |
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508 0); |
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509 assert ((modifiers & ~(XEMACS_MOD_CONTROL | XEMACS_MOD_META | |
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510 XEMACS_MOD_SUPER | XEMACS_MOD_HYPER | |
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511 XEMACS_MOD_ALT | XEMACS_MOD_SHIFT)) |
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512 == 0); |
| 428 | 513 |
| 514 k = XKEYMAP (keymap); | |
| 515 | |
| 516 /* If the keysym is a one-character symbol, use the char code instead. */ | |
| 826 | 517 if (SYMBOLP (keysym) && string_char_length (XSYMBOL (keysym)->name) == 1) |
| 428 | 518 { |
| 519 Lisp_Object i_fart_on_gcc = | |
| 867 | 520 make_char (string_ichar (XSYMBOL (keysym)->name, 0)); |
| 428 | 521 keysym = i_fart_on_gcc; |
| 522 } | |
| 523 | |
| 442 | 524 if (modifiers & XEMACS_MOD_META) /* Utterly hateful ESC lossage */ |
| 428 | 525 { |
| 442 | 526 Lisp_Object submap = Fgethash (MAKE_MODIFIER_HASH_KEY (XEMACS_MOD_META), |
| 428 | 527 k->table, Qnil); |
| 528 if (NILP (submap)) | |
| 529 return Qnil; | |
| 530 k = XKEYMAP (submap); | |
| 442 | 531 modifiers &= ~XEMACS_MOD_META; |
| 428 | 532 } |
| 533 | |
| 534 if (modifiers != 0) | |
| 535 { | |
| 536 Lisp_Object submap = Fgethash (MAKE_MODIFIER_HASH_KEY (modifiers), | |
| 537 k->table, Qnil); | |
| 538 if (NILP (submap)) | |
| 539 return Qnil; | |
| 540 k = XKEYMAP (submap); | |
| 541 } | |
| 542 return Fgethash (keysym, k->table, Qnil); | |
| 543 } | |
| 544 | |
| 545 static void | |
| 546 keymap_store_inverse_internal (Lisp_Object inverse_table, | |
| 547 Lisp_Object keysym, | |
| 548 Lisp_Object value) | |
| 549 { | |
| 550 Lisp_Object keys = Fgethash (value, inverse_table, Qunbound); | |
| 551 | |
| 552 if (UNBOUNDP (keys)) | |
| 553 { | |
| 554 keys = keysym; | |
| 555 /* Don't cons this unless necessary */ | |
| 556 /* keys = Fcons (keysym, Qnil); */ | |
| 557 Fputhash (value, keys, inverse_table); | |
| 558 } | |
| 559 else if (!CONSP (keys)) | |
| 560 { | |
| 561 /* Now it's necessary to cons */ | |
| 562 keys = Fcons (keys, keysym); | |
| 563 Fputhash (value, keys, inverse_table); | |
| 564 } | |
| 565 else | |
| 566 { | |
| 567 while (CONSP (XCDR (keys))) | |
| 568 keys = XCDR (keys); | |
| 569 XCDR (keys) = Fcons (XCDR (keys), keysym); | |
| 570 /* No need to call puthash because we've destructively | |
| 571 modified the list tail in place */ | |
| 572 } | |
| 573 } | |
| 574 | |
| 575 | |
| 576 static void | |
| 577 keymap_delete_inverse_internal (Lisp_Object inverse_table, | |
| 578 Lisp_Object keysym, | |
| 579 Lisp_Object value) | |
| 580 { | |
| 581 Lisp_Object keys = Fgethash (value, inverse_table, Qunbound); | |
| 582 Lisp_Object new_keys = keys; | |
| 583 Lisp_Object tail; | |
| 584 Lisp_Object *prev; | |
| 585 | |
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586 assert (!UNBOUNDP (keys)); |
| 428 | 587 |
| 588 for (prev = &new_keys, tail = new_keys; | |
| 589 ; | |
| 590 prev = &(XCDR (tail)), tail = XCDR (tail)) | |
| 591 { | |
| 592 if (EQ (tail, keysym)) | |
| 593 { | |
| 594 *prev = Qnil; | |
| 595 break; | |
| 596 } | |
| 597 else if (EQ (keysym, XCAR (tail))) | |
| 598 { | |
| 599 *prev = XCDR (tail); | |
| 600 break; | |
| 601 } | |
| 602 } | |
| 603 | |
| 604 if (NILP (new_keys)) | |
| 605 Fremhash (value, inverse_table); | |
| 606 else if (!EQ (keys, new_keys)) | |
| 607 /* Removed the first elt */ | |
| 608 Fputhash (value, new_keys, inverse_table); | |
| 609 /* else the list's tail has been modified, so we don't need to | |
| 610 touch the hash table again (the pointer in there is ok). | |
| 611 */ | |
| 612 } | |
| 613 | |
| 440 | 614 /* Prevent luser from shooting herself in the foot using something like |
| 615 (define-key ctl-x-4-map "p" global-map) */ | |
| 616 static void | |
| 617 check_keymap_definition_loop (Lisp_Object def, Lisp_Keymap *to_keymap) | |
| 618 { | |
| 619 def = get_keymap (def, 0, 0); | |
| 620 | |
| 621 if (KEYMAPP (def)) | |
| 622 { | |
| 623 Lisp_Object maps; | |
| 624 | |
| 625 if (XKEYMAP (def) == to_keymap) | |
| 563 | 626 invalid_argument ("Cyclic keymap definition", def); |
| 440 | 627 |
| 628 for (maps = keymap_submaps (def); | |
| 629 CONSP (maps); | |
| 630 maps = XCDR (maps)) | |
| 631 check_keymap_definition_loop (XCDR (XCAR (maps)), to_keymap); | |
| 632 } | |
| 633 } | |
| 428 | 634 |
| 635 static void | |
| 636 keymap_store_internal (Lisp_Object keysym, Lisp_Keymap *keymap, | |
| 440 | 637 Lisp_Object def) |
| 428 | 638 { |
| 440 | 639 Lisp_Object prev_def = Fgethash (keysym, keymap->table, Qnil); |
| 640 | |
| 641 if (EQ (prev_def, def)) | |
| 428 | 642 return; |
| 440 | 643 |
| 644 check_keymap_definition_loop (def, keymap); | |
| 645 | |
| 646 if (!NILP (prev_def)) | |
| 428 | 647 keymap_delete_inverse_internal (keymap->inverse_table, |
| 440 | 648 keysym, prev_def); |
| 649 if (NILP (def)) | |
| 428 | 650 { |
| 651 Fremhash (keysym, keymap->table); | |
| 652 } | |
| 653 else | |
| 654 { | |
| 440 | 655 Fputhash (keysym, def, keymap->table); |
| 428 | 656 keymap_store_inverse_internal (keymap->inverse_table, |
| 440 | 657 keysym, def); |
| 428 | 658 } |
| 659 keymap_tick++; | |
| 660 } | |
| 661 | |
| 662 | |
| 663 static Lisp_Object | |
| 442 | 664 create_bucky_submap (Lisp_Keymap *k, int modifiers, |
| 428 | 665 Lisp_Object parent_for_debugging_info) |
| 666 { | |
| 667 Lisp_Object submap = Fmake_sparse_keymap (Qnil); | |
| 668 /* User won't see this, but it is nice for debugging Emacs */ | |
| 669 XKEYMAP (submap)->name | |
| 670 = control_meta_superify (parent_for_debugging_info, modifiers); | |
| 671 /* Invalidate cache */ | |
| 672 k->sub_maps_cache = Qt; | |
| 673 keymap_store_internal (MAKE_MODIFIER_HASH_KEY (modifiers), k, submap); | |
| 674 return submap; | |
| 675 } | |
| 676 | |
| 677 | |
| 678 /* Relies on caller to gc-protect keymap, keysym, value */ | |
| 679 static void | |
| 934 | 680 keymap_store (Lisp_Object keymap, const Lisp_Key_Data *key, |
| 428 | 681 Lisp_Object value) |
| 682 { | |
| 934 | 683 Lisp_Object keysym = KEY_DATA_KEYSYM (key); |
| 684 int modifiers = KEY_DATA_MODIFIERS (key); | |
| 440 | 685 Lisp_Keymap *k = XKEYMAP (keymap); |
| 686 | |
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687 modifiers &= ~( |
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688 #define FROB(num) XEMACS_MOD_BUTTON##num | |
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689 #include "keymap-buttons.h" |
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690 0); |
| 442 | 691 assert ((modifiers & ~(XEMACS_MOD_CONTROL | XEMACS_MOD_META |
| 692 | XEMACS_MOD_SUPER | XEMACS_MOD_HYPER | |
| 693 | XEMACS_MOD_ALT | XEMACS_MOD_SHIFT)) == 0); | |
| 428 | 694 |
| 695 /* If the keysym is a one-character symbol, use the char code instead. */ | |
| 826 | 696 if (SYMBOLP (keysym) && string_char_length (XSYMBOL (keysym)->name) == 1) |
| 867 | 697 keysym = make_char (string_ichar (XSYMBOL (keysym)->name, 0)); |
| 428 | 698 |
| 442 | 699 if (modifiers & XEMACS_MOD_META) /* Utterly hateful ESC lossage */ |
| 428 | 700 { |
| 442 | 701 Lisp_Object submap = Fgethash (MAKE_MODIFIER_HASH_KEY (XEMACS_MOD_META), |
| 428 | 702 k->table, Qnil); |
| 703 if (NILP (submap)) | |
| 442 | 704 submap = create_bucky_submap (k, XEMACS_MOD_META, keymap); |
| 428 | 705 k = XKEYMAP (submap); |
| 442 | 706 modifiers &= ~XEMACS_MOD_META; |
| 428 | 707 } |
| 708 | |
| 709 if (modifiers != 0) | |
| 710 { | |
| 711 Lisp_Object submap = Fgethash (MAKE_MODIFIER_HASH_KEY (modifiers), | |
| 712 k->table, Qnil); | |
| 713 if (NILP (submap)) | |
| 714 submap = create_bucky_submap (k, modifiers, keymap); | |
| 715 k = XKEYMAP (submap); | |
| 716 } | |
| 717 k->sub_maps_cache = Qt; /* Invalidate cache */ | |
| 718 keymap_store_internal (keysym, k, value); | |
| 719 } | |
| 720 | |
| 721 | |
| 722 /************************************************************************/ | |
| 723 /* Listing the submaps of a keymap */ | |
| 724 /************************************************************************/ | |
| 725 | |
| 726 struct keymap_submaps_closure | |
| 727 { | |
| 728 Lisp_Object *result_locative; | |
| 729 }; | |
| 730 | |
| 731 static int | |
| 2286 | 732 keymap_submaps_mapper_0 (Lisp_Object UNUSED (key), Lisp_Object value, |
| 733 void *UNUSED (keymap_submaps_closure)) | |
| 428 | 734 { |
| 735 /* This function can GC */ | |
| 736 /* Perform any autoloads, etc */ | |
| 737 Fkeymapp (value); | |
| 738 return 0; | |
| 739 } | |
| 740 | |
| 741 static int | |
| 742 keymap_submaps_mapper (Lisp_Object key, Lisp_Object value, | |
| 743 void *keymap_submaps_closure) | |
| 744 { | |
| 745 /* This function can GC */ | |
| 746 Lisp_Object *result_locative; | |
| 747 struct keymap_submaps_closure *cl = | |
| 748 (struct keymap_submaps_closure *) keymap_submaps_closure; | |
| 749 result_locative = cl->result_locative; | |
| 750 | |
| 751 if (!NILP (Fkeymapp (value))) | |
| 752 *result_locative = Fcons (Fcons (key, value), *result_locative); | |
| 753 return 0; | |
| 754 } | |
| 755 | |
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756 static Boolint map_keymap_sort_predicate (Lisp_Object pred, Lisp_Object key, |
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757 Lisp_Object obj1, Lisp_Object obj2); |
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758 |
| 428 | 759 |
| 760 static Lisp_Object | |
| 761 keymap_submaps (Lisp_Object keymap) | |
| 762 { | |
| 763 /* This function can GC */ | |
| 764 Lisp_Keymap *k = XKEYMAP (keymap); | |
| 765 | |
| 766 if (EQ (k->sub_maps_cache, Qt)) /* Unknown */ | |
| 767 { | |
| 768 Lisp_Object result = Qnil; | |
| 769 struct gcpro gcpro1, gcpro2; | |
| 770 struct keymap_submaps_closure keymap_submaps_closure; | |
| 771 | |
| 772 GCPRO2 (keymap, result); | |
| 773 keymap_submaps_closure.result_locative = &result; | |
| 774 /* Do this first pass to touch (and load) any autoloaded maps */ | |
| 775 elisp_maphash (keymap_submaps_mapper_0, k->table, | |
| 776 &keymap_submaps_closure); | |
| 777 result = Qnil; | |
| 778 elisp_maphash (keymap_submaps_mapper, k->table, | |
| 779 &keymap_submaps_closure); | |
| 780 /* keep it sorted so that the result of accessible-keymaps is ordered */ | |
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781 k->sub_maps_cache = list_sort (result, map_keymap_sort_predicate, |
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782 Qnil, Qnil); |
| 428 | 783 UNGCPRO; |
| 784 } | |
| 785 return k->sub_maps_cache; | |
| 786 } | |
| 787 | |
| 788 | |
| 789 /************************************************************************/ | |
| 790 /* Basic operations on keymaps */ | |
| 791 /************************************************************************/ | |
| 792 | |
| 793 static Lisp_Object | |
| 665 | 794 make_keymap (Elemcount size) |
| 428 | 795 { |
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796 Lisp_Object obj = ALLOC_NORMAL_LISP_OBJECT (keymap); |
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797 Lisp_Keymap *keymap = XKEYMAP (obj); |
| 428 | 798 |
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799 #define MARKED_SLOT(x) keymap->x = Qnil; |
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800 #include "keymap-slots.h" |
| 428 | 801 |
| 802 if (size != 0) /* hack for copy-keymap */ | |
| 803 { | |
| 804 keymap->table = | |
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805 make_lisp_hash_table (size, HASH_TABLE_NON_WEAK, Qeq); |
| 428 | 806 /* Inverse table is often less dense because of duplicate key-bindings. |
| 807 If not, it will grow anyway. */ | |
| 808 keymap->inverse_table = | |
| 647 | 809 make_lisp_hash_table (size * 3 / 4, HASH_TABLE_NON_WEAK, |
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810 Qeq); |
| 428 | 811 } |
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812 return obj; |
| 428 | 813 } |
| 814 | |
| 815 DEFUN ("make-keymap", Fmake_keymap, 0, 1, 0, /* | |
| 816 Construct and return a new keymap object. | |
| 817 All entries in it are nil, meaning "command undefined". | |
| 818 | |
| 819 Optional argument NAME specifies a name to assign to the keymap, | |
| 820 as in `set-keymap-name'. This name is only a debugging convenience; | |
| 821 it is not used except when printing the keymap. | |
| 822 */ | |
| 823 (name)) | |
| 824 { | |
| 825 Lisp_Object keymap = make_keymap (60); | |
| 826 if (!NILP (name)) | |
| 827 Fset_keymap_name (keymap, name); | |
| 828 return keymap; | |
| 829 } | |
| 830 | |
| 831 DEFUN ("make-sparse-keymap", Fmake_sparse_keymap, 0, 1, 0, /* | |
| 832 Construct and return a new keymap object. | |
| 833 All entries in it are nil, meaning "command undefined". The only | |
| 444 | 834 difference between this function and `make-keymap' is that this function |
| 428 | 835 returns a "smaller" keymap (one that is expected to contain fewer |
| 444 | 836 entries). As keymaps dynamically resize, this distinction is not great. |
| 428 | 837 |
| 838 Optional argument NAME specifies a name to assign to the keymap, | |
| 839 as in `set-keymap-name'. This name is only a debugging convenience; | |
| 840 it is not used except when printing the keymap. | |
| 841 */ | |
| 842 (name)) | |
| 843 { | |
| 844 Lisp_Object keymap = make_keymap (8); | |
| 845 if (!NILP (name)) | |
| 846 Fset_keymap_name (keymap, name); | |
| 847 return keymap; | |
| 848 } | |
| 849 | |
| 850 DEFUN ("keymap-parents", Fkeymap_parents, 1, 1, 0, /* | |
| 851 Return the `parent' keymaps of KEYMAP, or nil. | |
| 852 The parents of a keymap are searched for keybindings when a key sequence | |
| 853 isn't bound in this one. `(current-global-map)' is the default parent | |
| 854 of all keymaps. | |
| 855 */ | |
| 856 (keymap)) | |
| 857 { | |
| 858 keymap = get_keymap (keymap, 1, 1); | |
| 859 return Fcopy_sequence (XKEYMAP (keymap)->parents); | |
| 860 } | |
| 861 | |
| 862 | |
| 863 | |
| 864 static Lisp_Object | |
| 2286 | 865 traverse_keymaps_noop (Lisp_Object UNUSED (keymap), void *UNUSED (arg)) |
| 428 | 866 { |
| 867 return Qnil; | |
| 868 } | |
| 869 | |
| 870 DEFUN ("set-keymap-parents", Fset_keymap_parents, 2, 2, 0, /* | |
| 871 Set the `parent' keymaps of KEYMAP to PARENTS. | |
| 872 The parents of a keymap are searched for keybindings when a key sequence | |
| 873 isn't bound in this one. `(current-global-map)' is the default parent | |
| 874 of all keymaps. | |
| 875 */ | |
| 876 (keymap, parents)) | |
| 877 { | |
| 878 /* This function can GC */ | |
| 879 Lisp_Object k; | |
| 880 struct gcpro gcpro1, gcpro2; | |
| 881 | |
| 882 GCPRO2 (keymap, parents); | |
| 883 keymap = get_keymap (keymap, 1, 1); | |
| 884 | |
| 885 if (KEYMAPP (parents)) /* backwards-compatibility */ | |
| 886 parents = list1 (parents); | |
| 887 if (!NILP (parents)) | |
| 888 { | |
| 889 Lisp_Object tail = parents; | |
| 890 while (!NILP (tail)) | |
| 891 { | |
| 892 QUIT; | |
| 893 CHECK_CONS (tail); | |
| 894 k = XCAR (tail); | |
| 895 /* Require that it be an actual keymap object, rather than a symbol | |
| 896 with a (crockish) symbol-function which is a keymap */ | |
| 897 CHECK_KEYMAP (k); /* get_keymap (k, 1, 1); */ | |
| 898 tail = XCDR (tail); | |
| 899 } | |
| 900 } | |
| 901 | |
| 902 /* Check for circularities */ | |
| 903 traverse_keymaps (keymap, parents, traverse_keymaps_noop, 0); | |
| 904 keymap_tick++; | |
| 905 XKEYMAP (keymap)->parents = Fcopy_sequence (parents); | |
| 906 UNGCPRO; | |
| 907 return parents; | |
| 908 } | |
| 909 | |
| 910 DEFUN ("set-keymap-name", Fset_keymap_name, 2, 2, 0, /* | |
| 911 Set the `name' of the KEYMAP to NEW-NAME. | |
| 912 The name is only a debugging convenience; it is not used except | |
| 913 when printing the keymap. | |
| 914 */ | |
| 915 (keymap, new_name)) | |
| 916 { | |
| 917 keymap = get_keymap (keymap, 1, 1); | |
| 918 | |
| 919 XKEYMAP (keymap)->name = new_name; | |
| 920 return new_name; | |
| 921 } | |
| 922 | |
| 923 DEFUN ("keymap-name", Fkeymap_name, 1, 1, 0, /* | |
| 924 Return the `name' of KEYMAP. | |
| 925 The name is only a debugging convenience; it is not used except | |
| 926 when printing the keymap. | |
| 927 */ | |
| 928 (keymap)) | |
| 929 { | |
| 930 keymap = get_keymap (keymap, 1, 1); | |
| 931 | |
| 932 return XKEYMAP (keymap)->name; | |
| 933 } | |
| 934 | |
| 935 DEFUN ("set-keymap-prompt", Fset_keymap_prompt, 2, 2, 0, /* | |
| 936 Set the `prompt' of KEYMAP to string NEW-PROMPT, or `nil' | |
| 937 if no prompt is desired. The prompt is shown in the echo-area | |
| 938 when reading a key-sequence to be looked-up in this keymap. | |
| 939 */ | |
| 940 (keymap, new_prompt)) | |
| 941 { | |
| 942 keymap = get_keymap (keymap, 1, 1); | |
| 943 | |
| 944 if (!NILP (new_prompt)) | |
| 945 CHECK_STRING (new_prompt); | |
| 946 | |
| 947 XKEYMAP (keymap)->prompt = new_prompt; | |
| 948 return new_prompt; | |
| 949 } | |
| 950 | |
| 951 static Lisp_Object | |
| 2286 | 952 keymap_prompt_mapper (Lisp_Object keymap, void *UNUSED (arg)) |
| 428 | 953 { |
| 954 return XKEYMAP (keymap)->prompt; | |
| 955 } | |
| 956 | |
| 957 | |
| 958 DEFUN ("keymap-prompt", Fkeymap_prompt, 1, 2, 0, /* | |
| 959 Return the `prompt' of KEYMAP. | |
| 960 If non-nil, the prompt is shown in the echo-area | |
| 961 when reading a key-sequence to be looked-up in this keymap. | |
| 962 */ | |
| 963 (keymap, use_inherited)) | |
| 964 { | |
| 965 /* This function can GC */ | |
| 966 Lisp_Object prompt; | |
| 967 | |
| 968 keymap = get_keymap (keymap, 1, 1); | |
| 969 prompt = XKEYMAP (keymap)->prompt; | |
| 970 if (!NILP (prompt) || NILP (use_inherited)) | |
| 971 return prompt; | |
| 972 else | |
| 973 return traverse_keymaps (keymap, Qnil, keymap_prompt_mapper, 0); | |
| 974 } | |
| 975 | |
| 976 DEFUN ("set-keymap-default-binding", Fset_keymap_default_binding, 2, 2, 0, /* | |
| 977 Sets the default binding of KEYMAP to COMMAND, or `nil' | |
| 978 if no default is desired. The default-binding is returned when | |
| 979 no other binding for a key-sequence is found in the keymap. | |
| 980 If a keymap has a non-nil default-binding, neither the keymap's | |
| 981 parents nor the current global map are searched for key bindings. | |
| 982 */ | |
| 983 (keymap, command)) | |
| 984 { | |
| 985 /* This function can GC */ | |
| 986 keymap = get_keymap (keymap, 1, 1); | |
| 987 | |
| 988 XKEYMAP (keymap)->default_binding = command; | |
| 989 return command; | |
| 990 } | |
| 991 | |
| 992 DEFUN ("keymap-default-binding", Fkeymap_default_binding, 1, 1, 0, /* | |
| 993 Return the default binding of KEYMAP, or `nil' if it has none. | |
| 994 The default-binding is returned when no other binding for a key-sequence | |
| 995 is found in the keymap. | |
| 996 If a keymap has a non-nil default-binding, neither the keymap's | |
| 997 parents nor the current global map are searched for key bindings. | |
| 998 */ | |
| 999 (keymap)) | |
| 1000 { | |
| 1001 /* This function can GC */ | |
| 1002 keymap = get_keymap (keymap, 1, 1); | |
| 1003 return XKEYMAP (keymap)->default_binding; | |
| 1004 } | |
| 1005 | |
| 1006 DEFUN ("keymapp", Fkeymapp, 1, 1, 0, /* | |
| 444 | 1007 Return t if OBJECT is a keymap object. |
| 428 | 1008 The keymap may be autoloaded first if necessary. |
| 1009 */ | |
| 1010 (object)) | |
| 1011 { | |
| 1012 /* This function can GC */ | |
| 1013 return KEYMAPP (get_keymap (object, 0, 0)) ? Qt : Qnil; | |
| 1014 } | |
| 1015 | |
| 1016 /* Check that OBJECT is a keymap (after dereferencing through any | |
| 1017 symbols). If it is, return it. | |
| 1018 | |
| 1019 If AUTOLOAD is non-zero and OBJECT is a symbol whose function value | |
| 1020 is an autoload form, do the autoload and try again. | |
| 1021 If AUTOLOAD is nonzero, callers must assume GC is possible. | |
| 1022 | |
| 1023 ERRORP controls how we respond if OBJECT isn't a keymap. | |
| 1024 If ERRORP is non-zero, signal an error; otherwise, just return Qnil. | |
| 1025 | |
| 1026 Note that most of the time, we don't want to pursue autoloads. | |
| 1027 Functions like Faccessible_keymaps which scan entire keymap trees | |
| 1028 shouldn't load every autoloaded keymap. I'm not sure about this, | |
| 1029 but it seems to me that only read_key_sequence, Flookup_key, and | |
| 1030 Fdefine_key should cause keymaps to be autoloaded. */ | |
| 1031 | |
| 1032 Lisp_Object | |
| 1033 get_keymap (Lisp_Object object, int errorp, int autoload) | |
| 1034 { | |
| 1035 /* This function can GC */ | |
| 1036 while (1) | |
| 1037 { | |
| 1038 Lisp_Object tem = indirect_function (object, 0); | |
| 1039 | |
| 1040 if (KEYMAPP (tem)) | |
| 1041 return tem; | |
| 1042 /* Should we do an autoload? */ | |
| 1043 else if (autoload | |
| 1044 /* (autoload "filename" doc nil keymap) */ | |
| 1045 && SYMBOLP (object) | |
| 1046 && CONSP (tem) | |
| 1047 && EQ (XCAR (tem), Qautoload) | |
| 1048 && EQ (Fcar (Fcdr (Fcdr (Fcdr (Fcdr (tem))))), Qkeymap)) | |
| 1049 { | |
| 970 | 1050 /* do_autoload GCPROs both arguments */ |
| 428 | 1051 do_autoload (tem, object); |
| 1052 } | |
| 1053 else if (errorp) | |
| 1054 object = wrong_type_argument (Qkeymapp, object); | |
| 1055 else | |
| 1056 return Qnil; | |
| 1057 } | |
| 1058 } | |
| 1059 | |
| 1060 /* Given OBJECT which was found in a slot in a keymap, | |
| 1061 trace indirect definitions to get the actual definition of that slot. | |
| 1062 An indirect definition is a list of the form | |
| 1063 (KEYMAP . INDEX), where KEYMAP is a keymap or a symbol defined as one | |
| 1064 and INDEX is an ASCII code, or a cons of (KEYSYM . MODIFIERS). | |
| 1065 */ | |
| 1066 static Lisp_Object | |
| 1067 get_keyelt (Lisp_Object object, int accept_default) | |
| 1068 { | |
| 1069 /* This function can GC */ | |
| 1070 Lisp_Object map; | |
| 1071 | |
| 1072 tail_recurse: | |
| 1073 if (!CONSP (object)) | |
| 1074 return object; | |
| 1075 | |
| 1076 { | |
| 1077 struct gcpro gcpro1; | |
| 1078 GCPRO1 (object); | |
| 1079 map = XCAR (object); | |
| 1080 map = get_keymap (map, 0, 1); | |
| 1081 UNGCPRO; | |
| 1082 } | |
| 1083 /* If the contents are (KEYMAP . ELEMENT), go indirect. */ | |
| 1084 if (!NILP (map)) | |
| 1085 { | |
| 1086 Lisp_Object idx = Fcdr (object); | |
| 934 | 1087 Lisp_Key_Data indirection; |
| 428 | 1088 if (CHARP (idx)) |
| 1089 { | |
| 934 | 1090 Lisp_Object event = Fmake_event (Qnil, Qnil); |
| 1091 struct gcpro gcpro1; | |
| 1092 GCPRO1 (event); | |
| 1093 character_to_event (XCHAR (idx), XEVENT (event), | |
|
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1094 XCONSOLE (Vselected_console), |
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|
1095 high_bit_is_meta, 0); |
| 1204 | 1096 indirection.keysym = XEVENT_KEY_KEYSYM (event); |
| 1097 indirection.modifiers = XEVENT_KEY_MODIFIERS (event); | |
| 1098 UNGCPRO; | |
| 428 | 1099 } |
| 1100 else if (CONSP (idx)) | |
| 1101 { | |
|
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|
1102 if (!FIXNUMP (XCDR (idx))) |
| 428 | 1103 return Qnil; |
| 1104 indirection.keysym = XCAR (idx); | |
|
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|
1105 indirection.modifiers = (unsigned char) XFIXNUM (XCDR (idx)); |
| 428 | 1106 } |
| 1107 else if (SYMBOLP (idx)) | |
| 1108 { | |
| 1109 indirection.keysym = idx; | |
|
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|
1110 SET_KEY_DATA_MODIFIERS (&indirection, XFIXNUM (XCDR (idx))); |
| 428 | 1111 } |
| 1112 else | |
| 1113 { | |
| 1114 /* Random junk */ | |
| 1115 return Qnil; | |
| 1116 } | |
| 1117 return raw_lookup_key (map, &indirection, 1, 0, accept_default); | |
| 1118 } | |
| 1119 else if (STRINGP (XCAR (object))) | |
| 1120 { | |
| 1121 /* If the keymap contents looks like (STRING . DEFN), | |
| 1122 use DEFN. | |
| 1123 Keymap alist elements like (CHAR MENUSTRING . DEFN) | |
| 1124 will be used by HierarKey menus. */ | |
| 1125 object = XCDR (object); | |
| 1126 goto tail_recurse; | |
| 1127 } | |
| 1128 else | |
| 1129 { | |
| 1130 /* Anything else is really the value. */ | |
| 1131 return object; | |
| 1132 } | |
| 1133 } | |
| 1134 | |
| 1135 static Lisp_Object | |
| 934 | 1136 keymap_lookup_1 (Lisp_Object keymap, const Lisp_Key_Data *key, |
| 428 | 1137 int accept_default) |
| 1138 { | |
| 1139 /* This function can GC */ | |
| 934 | 1140 return get_keyelt (keymap_lookup_directly (keymap, |
| 1141 KEY_DATA_KEYSYM (key), | |
| 1142 KEY_DATA_MODIFIERS (key)), | |
| 1143 accept_default); | |
| 428 | 1144 } |
| 1145 | |
| 1146 | |
| 1147 /************************************************************************/ | |
| 1148 /* Copying keymaps */ | |
| 1149 /************************************************************************/ | |
| 1150 | |
| 1151 struct copy_keymap_inverse_closure | |
| 1152 { | |
| 1153 Lisp_Object inverse_table; | |
| 1154 }; | |
| 1155 | |
| 1156 static int | |
| 1157 copy_keymap_inverse_mapper (Lisp_Object key, Lisp_Object value, | |
| 1158 void *copy_keymap_inverse_closure) | |
| 1159 { | |
| 1160 struct copy_keymap_inverse_closure *closure = | |
| 1161 (struct copy_keymap_inverse_closure *) copy_keymap_inverse_closure; | |
| 1162 | |
| 1163 /* copy-sequence deals with dotted lists. */ | |
| 1164 if (CONSP (value)) | |
| 1165 value = Fcopy_list (value); | |
| 1166 Fputhash (key, value, closure->inverse_table); | |
| 1167 | |
| 1168 return 0; | |
| 1169 } | |
| 1170 | |
| 1171 | |
| 1172 static Lisp_Object | |
| 1173 copy_keymap_internal (Lisp_Keymap *keymap) | |
| 1174 { | |
| 1175 Lisp_Object nkm = make_keymap (0); | |
| 1176 Lisp_Keymap *new_keymap = XKEYMAP (nkm); | |
| 1177 struct copy_keymap_inverse_closure copy_keymap_inverse_closure; | |
| 1178 copy_keymap_inverse_closure.inverse_table = keymap->inverse_table; | |
| 1179 | |
| 1180 new_keymap->parents = Fcopy_sequence (keymap->parents); | |
| 1181 new_keymap->sub_maps_cache = Qnil; /* No submaps */ | |
| 1182 new_keymap->table = Fcopy_hash_table (keymap->table); | |
| 1183 new_keymap->inverse_table = Fcopy_hash_table (keymap->inverse_table); | |
| 1184 new_keymap->default_binding = keymap->default_binding; | |
| 1185 /* After copying the inverse map, we need to copy the conses which | |
| 1186 are its values, lest they be shared by the copy, and mangled. | |
| 1187 */ | |
| 1188 elisp_maphash (copy_keymap_inverse_mapper, keymap->inverse_table, | |
| 1189 ©_keymap_inverse_closure); | |
| 1190 return nkm; | |
| 1191 } | |
| 1192 | |
| 1193 | |
| 1194 static Lisp_Object copy_keymap (Lisp_Object keymap); | |
| 1195 | |
| 1196 struct copy_keymap_closure | |
| 1197 { | |
| 1198 Lisp_Keymap *self; | |
| 1199 }; | |
| 1200 | |
| 1201 static int | |
| 1202 copy_keymap_mapper (Lisp_Object key, Lisp_Object value, | |
| 1203 void *copy_keymap_closure) | |
| 1204 { | |
| 1205 /* This function can GC */ | |
| 1206 struct copy_keymap_closure *closure = | |
| 1207 (struct copy_keymap_closure *) copy_keymap_closure; | |
| 1208 | |
| 1209 /* When we encounter a keymap which is indirected through a | |
| 1210 symbol, we need to copy the sub-map. In v18, the form | |
| 1211 (lookup-key (copy-keymap global-map) "\C-x") | |
| 3025 | 1212 returned a new keymap, not the symbol `Control-X-prefix'. |
| 428 | 1213 */ |
| 1214 value = get_keymap (value, 0, 1); /* #### autoload GC-safe here? */ | |
| 1215 if (KEYMAPP (value)) | |
| 1216 keymap_store_internal (key, closure->self, | |
| 1217 copy_keymap (value)); | |
| 1218 return 0; | |
| 1219 } | |
| 1220 | |
| 1221 static Lisp_Object | |
| 1222 copy_keymap (Lisp_Object keymap) | |
| 1223 { | |
| 1224 /* This function can GC */ | |
| 1225 struct copy_keymap_closure copy_keymap_closure; | |
| 1226 | |
| 1227 keymap = copy_keymap_internal (XKEYMAP (keymap)); | |
| 1228 copy_keymap_closure.self = XKEYMAP (keymap); | |
| 1229 elisp_maphash (copy_keymap_mapper, | |
| 1230 XKEYMAP (keymap)->table, | |
| 1231 ©_keymap_closure); | |
| 1232 return keymap; | |
| 1233 } | |
| 1234 | |
| 1235 DEFUN ("copy-keymap", Fcopy_keymap, 1, 1, 0, /* | |
| 1236 Return a copy of the keymap KEYMAP. | |
| 1237 The copy starts out with the same definitions of KEYMAP, | |
| 1238 but changing either the copy or KEYMAP does not affect the other. | |
| 1239 Any key definitions that are subkeymaps are recursively copied. | |
| 1240 */ | |
| 1241 (keymap)) | |
| 1242 { | |
| 1243 /* This function can GC */ | |
| 1244 keymap = get_keymap (keymap, 1, 1); | |
| 1245 return copy_keymap (keymap); | |
| 1246 } | |
| 1247 | |
| 1248 | |
| 1249 static int | |
| 1250 keymap_fullness (Lisp_Object keymap) | |
| 1251 { | |
| 1252 /* This function can GC */ | |
| 1253 int fullness; | |
| 1254 Lisp_Object sub_maps; | |
| 1255 struct gcpro gcpro1, gcpro2; | |
| 1256 | |
| 1257 keymap = get_keymap (keymap, 1, 1); | |
|
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1258 fullness = XFIXNUM (Fhash_table_count (XKEYMAP (keymap)->table)); |
| 428 | 1259 GCPRO2 (keymap, sub_maps); |
| 440 | 1260 for (sub_maps = keymap_submaps (keymap); |
| 1261 !NILP (sub_maps); | |
| 1262 sub_maps = XCDR (sub_maps)) | |
| 428 | 1263 { |
| 1264 if (MODIFIER_HASH_KEY_BITS (XCAR (XCAR (sub_maps))) != 0) | |
| 1265 { | |
| 440 | 1266 Lisp_Object bucky_map = XCDR (XCAR (sub_maps)); |
| 1267 fullness--; /* don't count bucky maps themselves. */ | |
| 1268 fullness += keymap_fullness (bucky_map); | |
| 428 | 1269 } |
| 1270 } | |
| 1271 UNGCPRO; | |
| 1272 return fullness; | |
| 1273 } | |
| 1274 | |
| 1275 DEFUN ("keymap-fullness", Fkeymap_fullness, 1, 1, 0, /* | |
| 1276 Return the number of bindings in the keymap. | |
| 1277 */ | |
| 1278 (keymap)) | |
| 1279 { | |
| 1280 /* This function can GC */ | |
|
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1281 return make_fixnum (keymap_fullness (get_keymap (keymap, 1, 1))); |
| 428 | 1282 } |
| 1283 | |
| 1284 | |
| 1285 /************************************************************************/ | |
| 1286 /* Defining keys in keymaps */ | |
| 1287 /************************************************************************/ | |
| 1288 | |
| 1289 /* Given a keysym (should be a symbol, int, char), make sure it's valid | |
| 1290 and perform any necessary canonicalization. */ | |
| 1291 | |
| 1292 static void | |
| 1293 define_key_check_and_coerce_keysym (Lisp_Object spec, | |
| 1294 Lisp_Object *keysym, | |
| 442 | 1295 int modifiers) |
| 428 | 1296 { |
| 1297 /* Now, check and massage the trailing keysym specifier. */ | |
| 1298 if (SYMBOLP (*keysym)) | |
| 1299 { | |
| 826 | 1300 if (string_char_length (XSYMBOL (*keysym)->name) == 1) |
| 428 | 1301 { |
| 1302 Lisp_Object ream_gcc_up_the_ass = | |
| 867 | 1303 make_char (string_ichar (XSYMBOL (*keysym)->name, 0)); |
| 428 | 1304 *keysym = ream_gcc_up_the_ass; |
| 1305 goto fixnum_keysym; | |
| 1306 } | |
| 1307 } | |
| 1308 else if (CHAR_OR_CHAR_INTP (*keysym)) | |
| 1309 { | |
| 1310 CHECK_CHAR_COERCE_INT (*keysym); | |
| 1311 fixnum_keysym: | |
| 1312 if (XCHAR (*keysym) < ' ' | |
| 1313 /* || (XCHAR (*keysym) >= 128 && XCHAR (*keysym) < 160) */) | |
| 1314 /* yuck! Can't make the above restriction; too many compatibility | |
| 1315 problems ... */ | |
| 563 | 1316 invalid_argument ("keysym char must be printable", *keysym); |
| 428 | 1317 /* #### This bites! I want to be able to write (control shift a) */ |
| 442 | 1318 if (modifiers & XEMACS_MOD_SHIFT) |
| 563 | 1319 invalid_argument |
| 428 | 1320 ("The `shift' modifier may not be applied to ASCII keysyms", |
| 1321 spec); | |
| 1322 } | |
| 1323 else | |
| 1324 { | |
| 563 | 1325 invalid_argument ("Unknown keysym specifier", *keysym); |
| 428 | 1326 } |
| 1327 | |
| 1328 if (SYMBOLP (*keysym)) | |
| 1329 { | |
| 867 | 1330 Ibyte *name = XSTRING_DATA (XSYMBOL (*keysym)->name); |
| 428 | 1331 |
| 3025 | 1332 /* GNU Emacs uses symbols with the printed representation of keysyms in |
| 1333 their names, like `M-x', and we use the syntax '(meta x). So, to | |
| 1334 avoid confusion, notice the M-x syntax and signal an error - | |
| 1335 because otherwise it would be interpreted as a regular keysym, and | |
| 1336 would even show up in the list-buffers output, causing confusion | |
| 1337 to the naive. | |
| 428 | 1338 |
| 1339 We can get away with this because none of the X keysym names contain | |
| 1340 a hyphen (some contain underscore, however). | |
| 1341 | |
| 1342 It might be useful to reject keysyms which are not x-valid-keysym- | |
| 1343 name-p, but that would interfere with various tricks we do to | |
| 1344 sanitize the Sun keyboards, and would make it trickier to | |
| 1345 conditionalize a .emacs file for multiple X servers. | |
| 1346 */ | |
| 793 | 1347 if (((int) qxestrlen (name) >= 2 && name[1] == '-') |
| 428 | 1348 #if 1 |
| 1349 || | |
| 1350 /* Ok, this is a bit more dubious - prevent people from doing things | |
| 1351 like (global-set-key 'RET 'something) because that will have the | |
| 1352 same problem as above. (Gag!) Maybe we should just silently | |
| 1353 accept these as aliases for the "real" names? | |
| 1354 */ | |
| 793 | 1355 (XSTRING_LENGTH (XSYMBOL (*keysym)->name) <= 3 && |
| 2367 | 1356 (!qxestrcmp_ascii (name, "LFD") || |
| 1357 !qxestrcmp_ascii (name, "TAB") || | |
| 1358 !qxestrcmp_ascii (name, "RET") || | |
| 1359 !qxestrcmp_ascii (name, "ESC") || | |
| 1360 !qxestrcmp_ascii (name, "DEL") || | |
| 1361 !qxestrcmp_ascii (name, "SPC") || | |
| 1362 !qxestrcmp_ascii (name, "BS"))) | |
| 428 | 1363 #endif /* unused */ |
| 1364 ) | |
| 563 | 1365 invalid_argument |
| 3086 | 1366 ("Invalid (GNU Emacs) key format (see doc of define-key)", |
| 428 | 1367 *keysym); |
| 1368 | |
| 1369 /* #### Ok, this is a bit more dubious - make people not lose if they | |
| 1370 do things like (global-set-key 'RET 'something) because that would | |
| 1371 otherwise have the same problem as above. (Gag!) We silently | |
| 1372 accept these as aliases for the "real" names. | |
| 1373 */ | |
| 2367 | 1374 else if (!qxestrncmp_ascii (name, "kp_", 3)) |
| 793 | 1375 { |
| 1376 /* Likewise, the obsolete keysym binding of kp_.* should not lose. */ | |
| 1377 DECLARE_EISTRING (temp); | |
| 1378 eicpy_raw (temp, name, qxestrlen (name)); | |
| 1379 eisetch_char (temp, 2, '-'); | |
|
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1380 *keysym = Fintern_soft (eimake_string (temp), Qnil, Qnil); |
| 793 | 1381 } |
| 1382 else if (EQ (*keysym, QLFD)) | |
| 428 | 1383 *keysym = QKlinefeed; |
| 1384 else if (EQ (*keysym, QTAB)) | |
| 1385 *keysym = QKtab; | |
| 1386 else if (EQ (*keysym, QRET)) | |
| 1387 *keysym = QKreturn; | |
| 1388 else if (EQ (*keysym, QESC)) | |
| 1389 *keysym = QKescape; | |
| 1390 else if (EQ (*keysym, QDEL)) | |
| 1391 *keysym = QKdelete; | |
| 1392 else if (EQ (*keysym, QSPC)) | |
| 1393 *keysym = QKspace; | |
| 1394 else if (EQ (*keysym, QBS)) | |
| 1395 *keysym = QKbackspace; | |
| 1396 /* Emacs compatibility */ | |
|
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1397 #define FROB(num) \ |
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1398 else if (EQ(*keysym, Qdown_mouse_##num)) \ |
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1399 *keysym = Qbutton##num; \ |
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1400 else if (EQ(*keysym, Qmouse_##num)) \ |
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1401 *keysym = Qbutton##num##up; |
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1402 #include "keymap-buttons.h" |
| 428 | 1403 } |
| 1404 } | |
| 1405 | |
| 1406 | |
| 1407 /* Given any kind of key-specifier, return a keysym and modifier mask. | |
| 1408 Proper canonicalization is performed: | |
| 1409 | |
| 1410 -- integers are converted into the equivalent characters. | |
| 1411 -- one-character strings are converted into the equivalent characters. | |
| 1412 */ | |
| 1413 | |
| 1414 static void | |
| 934 | 1415 define_key_parser (Lisp_Object spec, Lisp_Key_Data *returned_value) |
| 428 | 1416 { |
| 1417 if (CHAR_OR_CHAR_INTP (spec)) | |
| 1418 { | |
| 934 | 1419 Lisp_Object event = Fmake_event (Qnil, Qnil); |
| 1420 struct gcpro gcpro1; | |
| 1421 GCPRO1 (event); | |
| 1422 character_to_event (XCHAR_OR_CHAR_INT (spec), XEVENT (event), | |
|
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1423 XCONSOLE (Vselected_console), high_bit_is_meta, 0); |
| 1204 | 1424 SET_KEY_DATA_KEYSYM (returned_value, XEVENT_KEY_KEYSYM (event)); |
| 934 | 1425 SET_KEY_DATA_MODIFIERS (returned_value, |
| 1204 | 1426 XEVENT_KEY_MODIFIERS (event)); |
| 1427 UNGCPRO; | |
| 428 | 1428 } |
| 1429 else if (EVENTP (spec)) | |
| 1430 { | |
| 934 | 1431 switch (XEVENT_TYPE (spec)) |
| 428 | 1432 { |
| 1433 case key_press_event: | |
| 1434 { | |
| 1204 | 1435 SET_KEY_DATA_KEYSYM (returned_value, XEVENT_KEY_KEYSYM (spec)); |
| 1436 SET_KEY_DATA_MODIFIERS (returned_value, XEVENT_KEY_MODIFIERS (spec)); | |
| 428 | 1437 break; |
| 1438 } | |
| 1439 case button_press_event: | |
| 1440 case button_release_event: | |
| 1441 { | |
| 934 | 1442 int down = (XEVENT_TYPE (spec) == button_press_event); |
| 1204 | 1443 switch (XEVENT_BUTTON_BUTTON (spec)) |
| 934 | 1444 { |
|
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1445 #define FROB(num) \ |
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1446 case num: \ |
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1447 SET_KEY_DATA_KEYSYM (returned_value, \ |
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1448 (down ? Qbutton##num : \ |
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1449 Qbutton##num##up)); \ |
| 934 | 1450 break; |
|
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1451 #include "keymap-buttons.h" |
| 934 | 1452 default: |
|
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1453 SET_KEY_DATA_KEYSYM (returned_value, (down ? Qbutton0 : |
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1454 Qbutton0up)); |
| 934 | 1455 break; |
| 1456 } | |
|
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1457 SET_KEY_DATA_MODIFIERS (returned_value, |
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1458 XEVENT_BUTTON_MODIFIERS (spec)); |
| 428 | 1459 break; |
| 1460 } | |
| 1461 default: | |
| 563 | 1462 wtaerror ("unable to bind this type of event", spec); |
| 428 | 1463 } |
| 1464 } | |
| 1465 else if (SYMBOLP (spec)) | |
| 1466 { | |
| 1467 /* Be nice, allow = to mean (=) */ | |
| 1468 if (bucky_sym_to_bucky_bit (spec) != 0) | |
| 563 | 1469 invalid_argument ("Key is a modifier name", spec); |
| 428 | 1470 define_key_check_and_coerce_keysym (spec, &spec, 0); |
| 934 | 1471 SET_KEY_DATA_KEYSYM (returned_value, spec); |
| 1472 SET_KEY_DATA_MODIFIERS (returned_value, 0); | |
| 428 | 1473 } |
| 1474 else if (CONSP (spec)) | |
| 1475 { | |
| 442 | 1476 int modifiers = 0; |
| 428 | 1477 Lisp_Object keysym = Qnil; |
| 1478 Lisp_Object rest = spec; | |
| 1479 | |
| 1480 /* First, parse out the leading modifier symbols. */ | |
| 1481 while (CONSP (rest)) | |
| 1482 { | |
| 442 | 1483 int modifier; |
| 428 | 1484 |
| 1485 keysym = XCAR (rest); | |
| 1486 modifier = bucky_sym_to_bucky_bit (keysym); | |
| 1487 modifiers |= modifier; | |
| 1488 if (!NILP (XCDR (rest))) | |
| 1489 { | |
| 1490 if (! modifier) | |
| 563 | 1491 invalid_argument ("Unknown modifier", keysym); |
| 428 | 1492 } |
| 1493 else | |
| 1494 { | |
| 1495 if (modifier) | |
| 563 | 1496 sferror ("Nothing but modifiers here", |
| 428 | 1497 spec); |
| 1498 } | |
| 1499 rest = XCDR (rest); | |
| 1500 QUIT; | |
| 1501 } | |
| 1502 if (!NILP (rest)) | |
| 563 | 1503 signal_error (Qlist_formation_error, |
| 1504 "List must be nil-terminated", spec); | |
| 428 | 1505 |
| 1506 define_key_check_and_coerce_keysym (spec, &keysym, modifiers); | |
| 934 | 1507 SET_KEY_DATA_KEYSYM(returned_value, keysym); |
| 1508 SET_KEY_DATA_MODIFIERS (returned_value, modifiers); | |
| 428 | 1509 } |
| 1510 else | |
| 1511 { | |
| 563 | 1512 invalid_argument ("Unknown key-sequence specifier", |
| 428 | 1513 spec); |
| 1514 } | |
| 1515 } | |
| 1516 | |
| 1517 /* Used by character-to-event */ | |
| 1518 void | |
| 1519 key_desc_list_to_event (Lisp_Object list, Lisp_Object event, | |
| 1520 int allow_menu_events) | |
| 1521 { | |
| 934 | 1522 Lisp_Key_Data raw_key; |
| 428 | 1523 |
| 1524 if (allow_menu_events && | |
| 1525 CONSP (list) && | |
| 1526 /* #### where the hell does this come from? */ | |
| 1527 EQ (XCAR (list), Qmenu_selection)) | |
| 1528 { | |
| 1529 Lisp_Object fn, arg; | |
| 1530 if (! NILP (Fcdr (Fcdr (list)))) | |
| 563 | 1531 invalid_argument ("Invalid menu event desc", list); |
| 428 | 1532 arg = Fcar (Fcdr (list)); |
| 1533 if (SYMBOLP (arg)) | |
| 1534 fn = Qcall_interactively; | |
| 1535 else | |
| 1536 fn = Qeval; | |
| 934 | 1537 XSET_EVENT_TYPE (event, misc_user_event); |
| 1204 | 1538 XSET_EVENT_CHANNEL (event, wrap_frame (selected_frame ())); |
| 1539 XSET_EVENT_MISC_USER_FUNCTION (event, fn); | |
| 1540 XSET_EVENT_MISC_USER_OBJECT (event, arg); | |
| 428 | 1541 return; |
| 1542 } | |
| 1543 | |
| 1544 define_key_parser (list, &raw_key); | |
| 1545 | |
|
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|
1546 /* The first zero is needed for Apple's i686-apple-darwin8-g++-4.0.1, |
|
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1547 otherwise the build fails with: |
|
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1548 |
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|
1549 In function ‘void key_desc_list_to_event(Lisp_Object, Lisp_Object, int)’: |
|
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|
1550 cc1plus: error: expected primary-expression |
|
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|
1551 cc1plus: error: expected `)' */ |
|
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|
1552 if (0 || |
|
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|
1553 #define INCLUDE_BUTTON_ZERO |
|
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|
1554 #define FROB(num) \ |
|
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|
1555 EQ (raw_key.keysym, Qbutton##num) || \ |
|
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|
1556 EQ (raw_key.keysym, Qbutton##num##up) || |
|
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1557 #include "keymap-buttons.h" |
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|
1558 0) |
| 563 | 1559 invalid_operation ("Mouse-clicks can't appear in saved keyboard macros", |
| 1560 Qunbound); | |
| 428 | 1561 |
| 934 | 1562 XSET_EVENT_CHANNEL (event, Vselected_console); |
| 1563 XSET_EVENT_TYPE (event, key_press_event); | |
| 1204 | 1564 XSET_EVENT_KEY_KEYSYM (event, raw_key.keysym); |
| 1565 XSET_EVENT_KEY_MODIFIERS (event, KEY_DATA_MODIFIERS (&raw_key)); | |
| 428 | 1566 } |
| 1567 | |
| 1568 | |
| 1569 int | |
| 1204 | 1570 event_matches_key_specifier_p (Lisp_Object event, Lisp_Object key_specifier) |
| 428 | 1571 { |
| 446 | 1572 Lisp_Object event2 = Qnil; |
| 428 | 1573 int retval; |
| 1574 struct gcpro gcpro1; | |
| 1575 | |
| 1204 | 1576 if (XEVENT_TYPE (event) != key_press_event || NILP (key_specifier) || |
|
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|
1577 (FIXNUMP (key_specifier) && !CHAR_INTP (key_specifier))) |
| 428 | 1578 return 0; |
| 1579 | |
| 1580 /* if the specifier is an integer such as 27, then it should match | |
| 3025 | 1581 both of the events `escape' and `control ['. Calling |
| 1582 Fcharacter_to_event() will only match `escape'. */ | |
| 428 | 1583 if (CHAR_OR_CHAR_INTP (key_specifier)) |
| 1584 return (XCHAR_OR_CHAR_INT (key_specifier) | |
| 2828 | 1585 == event_to_character (event, 0, 0)); |
| 428 | 1586 |
| 1587 /* Otherwise, we cannot call event_to_character() because we may | |
| 1588 be dealing with non-ASCII keystrokes. In any case, if I ask | |
| 3025 | 1589 for `control [' then I should get exactly that, and not |
| 1590 `escape'. | |
| 1591 | |
| 1592 However, we have to behave differently on TTY's, where `control [' | |
| 1593 is silently converted into `escape' by the keyboard driver. | |
| 428 | 1594 In this case, ASCII is the only thing we know about, so we have |
| 1595 to compare the ASCII values. */ | |
| 1596 | |
| 1597 GCPRO1 (event2); | |
| 1204 | 1598 if (EVENTP (key_specifier)) |
| 1599 event2 = Fcopy_event (key_specifier, Qnil); | |
| 1600 else | |
| 1601 event2 = Fcharacter_to_event (key_specifier, Qnil, Qnil, Qnil); | |
| 428 | 1602 if (XEVENT (event2)->event_type != key_press_event) |
| 1603 retval = 0; | |
| 1204 | 1604 else if (CONSOLE_TTY_P (XCONSOLE (XEVENT_CHANNEL (event)))) |
| 428 | 1605 { |
| 1606 int ch1, ch2; | |
| 1607 | |
| 2828 | 1608 ch1 = event_to_character (event, 0, 0); |
| 1609 ch2 = event_to_character (event2, 0, 0); | |
| 428 | 1610 retval = (ch1 >= 0 && ch2 >= 0 && ch1 == ch2); |
| 1611 } | |
| 1204 | 1612 else if (EQ (XEVENT_KEY_KEYSYM (event), XEVENT_KEY_KEYSYM (event2)) && |
| 1613 XEVENT_KEY_MODIFIERS (event) == XEVENT_KEY_MODIFIERS (event2)) | |
| 428 | 1614 retval = 1; |
| 1615 else | |
| 1616 retval = 0; | |
| 1617 Fdeallocate_event (event2); | |
| 1618 UNGCPRO; | |
| 1619 return retval; | |
| 1620 } | |
| 1621 | |
| 1622 static int | |
| 934 | 1623 meta_prefix_char_p (const Lisp_Key_Data *key) |
| 428 | 1624 { |
| 934 | 1625 Lisp_Object event = Fmake_event (Qnil, Qnil); |
| 1626 struct gcpro gcpro1; | |
| 1204 | 1627 int retval; |
| 1628 | |
| 934 | 1629 GCPRO1 (event); |
| 1630 | |
| 1631 XSET_EVENT_TYPE (event, key_press_event); | |
| 1632 XSET_EVENT_CHANNEL (event, Vselected_console); | |
| 1204 | 1633 XSET_EVENT_KEY_KEYSYM (event, KEY_DATA_KEYSYM (key)); |
| 1634 XSET_EVENT_KEY_MODIFIERS (event, KEY_DATA_MODIFIERS (key)); | |
| 1635 retval = event_matches_key_specifier_p (event, Vmeta_prefix_char); | |
| 1636 UNGCPRO; | |
| 1637 return retval; | |
| 428 | 1638 } |
| 1639 | |
| 1640 DEFUN ("event-matches-key-specifier-p", Fevent_matches_key_specifier_p, 2, 2, 0, /* | |
| 1641 Return non-nil if EVENT matches KEY-SPECIFIER. | |
| 1642 This can be useful, e.g., to determine if the user pressed `help-char' or | |
| 1643 `quit-char'. | |
| 1204 | 1644 |
| 1645 KEY-SPECIFIER can be a character, integer, a symbol, a list of modifiers | |
| 1646 and symbols, or an event. | |
| 1647 | |
| 1648 What this actually happens is this: | |
| 1649 | |
| 1650 \(1) Return no, if EVENT is not a key press event or if KEY-SPECIFIER is nil | |
| 1651 or an integer that cannot be converted to a character. | |
| 1652 | |
| 1653 \(2) If KEY-SPECIFIER is a character or integer, | |
| 1654 (event-to-character EVENT nil nil nil) is called, and the characters are | |
| 1655 compared to get the result. The reason for special-casing this and doing | |
| 1656 it this way is to ensure that, e.g., a KEY-SPECIFIER of 27 matches both | |
| 1657 a key-press `escape' and a key-press `control ['. #### Think about META | |
| 1658 argument to event-to-character. | |
| 1659 | |
| 1660 \(3) If KEY-SPECIFIER is an event, fine; else, convert to an event using | |
| 1661 \(character-to-event KEY-SPECIFIER nil nil nil). If EVENT is not on a TTY, | |
| 1662 we just compare keysyms and modifiers and return yes if both are equal. | |
| 1663 For TTY, we do character-level comparison by converting both to a character | |
| 1664 with (event-to-character ... nil nil nil) and comparing the characters. | |
| 1665 | |
| 428 | 1666 */ |
| 1667 (event, key_specifier)) | |
| 1668 { | |
| 1669 CHECK_LIVE_EVENT (event); | |
| 1204 | 1670 return (event_matches_key_specifier_p (event, key_specifier) ? Qt : Qnil); |
| 428 | 1671 } |
| 1204 | 1672 #define MACROLET(k, m) do { \ |
| 1673 SET_KEY_DATA_KEYSYM (returned_value, k); \ | |
| 1674 SET_KEY_DATA_MODIFIERS (returned_value, m); \ | |
| 1675 RETURN_SANS_WARNINGS; \ | |
| 934 | 1676 } while (0) |
| 428 | 1677 /* ASCII grunge. |
| 1678 Given a keysym, return another keysym/modifier pair which could be | |
| 1679 considered the same key in an ASCII world. Backspace returns ^H, for | |
| 1680 example. | |
| 1681 */ | |
| 1682 static void | |
| 934 | 1683 define_key_alternate_name (Lisp_Key_Data *key, |
| 1684 Lisp_Key_Data *returned_value) | |
| 428 | 1685 { |
| 934 | 1686 Lisp_Object keysym = KEY_DATA_KEYSYM (key); |
| 1687 int modifiers = KEY_DATA_MODIFIERS (key); | |
| 442 | 1688 int modifiers_sans_control = (modifiers & (~XEMACS_MOD_CONTROL)); |
| 1689 int modifiers_sans_meta = (modifiers & (~XEMACS_MOD_META)); | |
| 934 | 1690 SET_KEY_DATA_KEYSYM (returned_value, Qnil); /* By default, no "alternate" key */ |
| 1691 SET_KEY_DATA_MODIFIERS (returned_value, 0); | |
| 442 | 1692 if (modifiers_sans_meta == XEMACS_MOD_CONTROL) |
| 428 | 1693 { |
| 722 | 1694 if (EQ (keysym, QKspace)) |
| 428 | 1695 MACROLET (make_char ('@'), modifiers); |
| 1696 else if (!CHARP (keysym)) | |
| 1697 return; | |
| 1698 else switch (XCHAR (keysym)) | |
| 1699 { | |
| 1700 case '@': /* c-@ => c-space */ | |
| 1701 MACROLET (QKspace, modifiers); | |
| 1702 case 'h': /* c-h => backspace */ | |
| 1703 MACROLET (QKbackspace, modifiers_sans_control); | |
| 1704 case 'i': /* c-i => tab */ | |
| 1705 MACROLET (QKtab, modifiers_sans_control); | |
| 1706 case 'j': /* c-j => linefeed */ | |
| 1707 MACROLET (QKlinefeed, modifiers_sans_control); | |
| 1708 case 'm': /* c-m => return */ | |
| 1709 MACROLET (QKreturn, modifiers_sans_control); | |
| 1710 case '[': /* c-[ => escape */ | |
| 1711 MACROLET (QKescape, modifiers_sans_control); | |
| 1712 default: | |
| 1713 return; | |
| 1714 } | |
| 1715 } | |
| 1716 else if (modifiers_sans_meta != 0) | |
| 1717 return; | |
| 1718 else if (EQ (keysym, QKbackspace)) /* backspace => c-h */ | |
| 442 | 1719 MACROLET (make_char ('h'), (modifiers | XEMACS_MOD_CONTROL)); |
| 428 | 1720 else if (EQ (keysym, QKtab)) /* tab => c-i */ |
| 442 | 1721 MACROLET (make_char ('i'), (modifiers | XEMACS_MOD_CONTROL)); |
| 428 | 1722 else if (EQ (keysym, QKlinefeed)) /* linefeed => c-j */ |
| 442 | 1723 MACROLET (make_char ('j'), (modifiers | XEMACS_MOD_CONTROL)); |
| 428 | 1724 else if (EQ (keysym, QKreturn)) /* return => c-m */ |
| 442 | 1725 MACROLET (make_char ('m'), (modifiers | XEMACS_MOD_CONTROL)); |
| 428 | 1726 else if (EQ (keysym, QKescape)) /* escape => c-[ */ |
| 442 | 1727 MACROLET (make_char ('['), (modifiers | XEMACS_MOD_CONTROL)); |
| 428 | 1728 else |
| 1729 return; | |
| 1730 #undef MACROLET | |
| 1731 } | |
| 1732 | |
| 1733 static void | |
| 1734 ensure_meta_prefix_char_keymapp (Lisp_Object keys, int indx, | |
| 1735 Lisp_Object keymap) | |
| 1736 { | |
| 1737 /* This function can GC */ | |
| 1738 Lisp_Object new_keys; | |
| 1739 int i; | |
| 1740 Lisp_Object mpc_binding; | |
| 934 | 1741 Lisp_Key_Data meta_key; |
| 428 | 1742 if (NILP (Vmeta_prefix_char) || |
|
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1743 (FIXNUMP (Vmeta_prefix_char) && !CHAR_INTP (Vmeta_prefix_char))) |
| 428 | 1744 return; |
| 1745 | |
| 1746 define_key_parser (Vmeta_prefix_char, &meta_key); | |
| 1747 mpc_binding = keymap_lookup_1 (keymap, &meta_key, 0); | |
| 1748 if (NILP (mpc_binding) || !NILP (Fkeymapp (mpc_binding))) | |
| 1749 return; | |
| 1750 | |
| 1751 if (indx == 0) | |
| 1752 new_keys = keys; | |
| 1753 else if (STRINGP (keys)) | |
|
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1754 new_keys = Fsubseq (keys, Qzero, make_fixnum (indx)); |
| 428 | 1755 else if (VECTORP (keys)) |
| 1756 { | |
| 1757 new_keys = make_vector (indx, Qnil); | |
| 1758 for (i = 0; i < indx; i++) | |
| 1759 XVECTOR_DATA (new_keys) [i] = XVECTOR_DATA (keys) [i]; | |
| 1760 } | |
| 1761 else | |
| 442 | 1762 { |
| 1763 new_keys = Qnil; | |
| 2500 | 1764 ABORT (); |
| 442 | 1765 } |
| 428 | 1766 |
| 1767 if (EQ (keys, new_keys)) | |
| 563 | 1768 signal_ferror_with_frob (Qinvalid_operation, mpc_binding, |
| 1769 "can't bind %s: %s has a non-keymap binding", | |
|
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1770 (CIbyte *) XSTRING_DATA (Fkey_description (keys)), |
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1771 (CIbyte *) XSTRING_DATA (Fsingle_key_description |
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1772 (Vmeta_prefix_char))); |
| 428 | 1773 else |
| 563 | 1774 signal_ferror_with_frob (Qinvalid_operation, mpc_binding, |
| 1775 "can't bind %s: %s %s has a non-keymap binding", | |
|
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1776 (CIbyte *) XSTRING_DATA (Fkey_description (keys)), |
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1777 (CIbyte *) XSTRING_DATA (Fkey_description |
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1778 (new_keys)), |
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1779 (CIbyte *) XSTRING_DATA (Fsingle_key_description |
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1780 (Vmeta_prefix_char))); |
| 428 | 1781 } |
| 1782 | |
| 1783 DEFUN ("define-key", Fdefine_key, 3, 3, 0, /* | |
| 1784 Define key sequence KEYS, in KEYMAP, as DEF. | |
| 1785 KEYMAP is a keymap object. | |
| 3086 | 1786 KEYS is the key sequence to bind, described below. |
| 428 | 1787 DEF is anything that can be a key's definition: |
| 1788 nil (means key is undefined in this keymap); | |
| 1789 a command (a Lisp function suitable for interactive calling); | |
| 1790 a string or key sequence vector (treated as a keyboard macro); | |
| 1791 a keymap (to define a prefix key); | |
| 1792 a symbol; when the key is looked up, the symbol will stand for its | |
| 1793 function definition, that should at that time be one of the above, | |
| 1794 or another symbol whose function definition is used, and so on. | |
| 1795 a cons (STRING . DEFN), meaning that DEFN is the definition | |
| 1796 (DEFN should be a valid definition in its own right); | |
| 1797 or a cons (KEYMAP . CHAR), meaning use definition of CHAR in map KEYMAP. | |
| 1798 | |
| 3086 | 1799 A `key sequence' is a vector of one or more keystrokes. |
| 1800 A `keystroke' is a list containing a key and zero or more modifiers. The | |
| 1801 key must be the last element of the list. | |
| 1802 A `key' is a symbol corresponding to a key on the keyboard, or to a mouse | |
| 1803 gesture. Mouse clicks are denoted by symbols prefixed with "button", | |
| 1804 followed by a digit for which button, and optionally "up". Thus `button1' | |
| 1805 means the down-stroke and `button1up' means the up-stroke when clicking | |
| 1806 mouse button 1. | |
| 1807 A `modifier' is a symbol naming a physical key which is only "noticed" by | |
| 1808 XEmacs when chorded with another key. The `shift' modifier is a special | |
| 1809 case. You cannot use `(meta shift a)' to mean `(meta A)', since for | |
| 1810 characters that have ASCII equivalents, the state of the shift key is | |
| 1811 implicit in the keysym (a vs. A). You also cannot say `(shift =)' to mean | |
| 1812 `+', as that correspondence varies from keyboard to keyboard. The shift | |
| 1813 modifier can only be applied to keys that do not have a second keysym on the | |
| 1814 same key, such as `backspace' and `tab'. A mouse click may be combined with | |
| 1815 modifiers to create a compound "keystroke". | |
| 1816 | |
| 1817 The keys, mouse gestures, and modifiers that are available depend on your | |
| 1818 console and its driver. At a minimum the ASCII graphic characters will be | |
| 1819 available as keys, and shift, control, and meta as modifiers. | |
| 1820 | |
| 1821 To find out programmatically what a key is bound to, use `key-binding' to | |
| 1822 check all applicable keymaps, or `lookup-key' to check a specific keymap. | |
| 1823 The documentation for `key-binding' also contains a description of which | |
| 1824 keymaps are applicable in various situations. `where-is-internal' does | |
| 1825 the opposite of `key-binding', i.e. searches keymaps for the keys that | |
| 1826 map to a particular binding. | |
| 1827 | |
| 1828 If you are confused about why a particular key sequence is generating a | |
| 1829 particular binding, and looking through the keymaps doesn't help, setting | |
| 1830 the variable `debug-emacs-events' may help. If not, try checking | |
| 1831 what's in `function-key-map' and `key-translation-map'. | |
| 1832 | |
| 1833 When running under a window system, typically the repertoire of keys is | |
| 1834 vastly expanded. XEmacs does its best to use the names defined on each | |
| 1835 platform. Also, when running under a window system, XEmacs can tell the | |
| 1836 difference between the keystrokes control-h, control-shift-h, and backspace. | |
| 1837 If the symbols differ, you can bind different actions to each. For mouse | |
| 1838 clicks, different commands may be bound to the up and down strokes, though | |
| 1839 that is probably not what you want, so be careful. | |
| 1840 | |
| 1841 Variant representations: | |
| 1842 | |
| 1843 Besides the canonical representation as a vector of lists of symbols, | |
| 1844 `define-key' also accepts a number of abbreviations, aliases, and variants | |
| 1845 for convenience, compatibility, and internal use. | |
| 1846 | |
|
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1847 A key sequence can also be the vector [remap COMMAND]; this shadows any |
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1848 bindings for COMMAND in KEYMAP, using DEF instead of COMMAND. See |
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1849 `command-remapping' and `remap-command'. Specify [(remap) KEYSTROKE] if |
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1850 your keyboard has a key with the name `remap' and you'd like to use it as a |
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1851 prefix. |
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1852 |
| 3086 | 1853 A keystroke may be represented by a key; this is treated as though it were a |
| 1854 list containing that key as the only element. A keystroke may also be | |
| 1855 represented by an event object, as returned by the `next-command-event' and | |
| 1856 `read-key-sequence' functions. A key sequence may be represented by a | |
| 1857 single keystroke; this is treated as a vector containing that keystroke as | |
| 1858 its only element. | |
| 1859 | |
| 1860 A key may be represented by a character or its equivalent integer code, | |
| 1861 if and only if it is equivalent to a character with a code in the range | |
| 1862 32 - 255. | |
| 1863 | |
| 1864 For backward compatibility, a key sequence may also be represented by a | |
| 1865 string. In this case, it represents the key sequence(s) that would | |
| 1866 produce that sequence of ASCII characters in a purely ASCII world. An | |
| 1867 alternative string representation is keyboard macro notation, which can | |
| 1868 be translated to the canonical representation with `kbd'. | |
| 1869 | |
| 1870 Examples: | |
| 1871 | |
| 1872 The key sequence `A' (which invokes `self-insert-command') is represented | |
| 1873 by all of these forms: | |
| 428 | 1874 A ?A 65 (A) (?A) (65) |
| 1875 [A] [?A] [65] [(A)] [(?A)] [(65)] | |
| 1876 | |
| 3086 | 1877 The key sequence `control-a' is represented by these forms: |
| 428 | 1878 (control A) (control ?A) (control 65) |
| 1879 [(control A)] [(control ?A)] [(control 65)] | |
| 3086 | 1880 |
| 1881 The key sequence `control-c control-a' is represented by these forms: | |
| 428 | 1882 [(control c) (control a)] [(control ?c) (control ?a)] |
| 1883 [(control 99) (control 65)] etc. | |
| 1884 | |
| 3086 | 1885 The keystroke `control-b' *may not* be represented by the number 2 (the |
| 1886 ASCII code for ^B) or the character `?\^B'. | |
| 1887 | |
| 1888 The `break' key may be represented only by the symbol `break'. | |
| 1889 | |
| 428 | 1890 Mouse button clicks work just like keypresses: (control button1) means |
| 1891 pressing the left mouse button while holding down the control key. | |
| 3086 | 1892 |
| 1893 A string containing the ASCII backspace character, "\\^H", would represent | |
| 1894 two key sequences: `(control h)' and `backspace'. Binding a | |
| 428 | 1895 command to this will actually bind both of those key sequences. Likewise |
| 1896 for the following pairs: | |
| 1897 | |
| 1898 control h backspace | |
| 1899 control i tab | |
| 1900 control m return | |
| 1901 control j linefeed | |
| 1902 control [ escape | |
| 1903 control @ control space | |
| 1904 | |
| 1905 After binding a command to two key sequences with a form like | |
| 1906 | |
| 1907 (define-key global-map "\\^X\\^I" \'command-1) | |
| 1908 | |
| 1909 it is possible to redefine only one of those sequences like so: | |
| 1910 | |
| 1911 (define-key global-map [(control x) (control i)] \'command-2) | |
| 1912 (define-key global-map [(control x) tab] \'command-3) | |
| 1913 */ | |
| 1914 (keymap, keys, def)) | |
| 1915 { | |
| 1916 /* This function can GC */ | |
| 1917 int idx; | |
| 1918 int metized = 0; | |
| 1919 int len; | |
| 1920 int ascii_hack; | |
| 1921 struct gcpro gcpro1, gcpro2, gcpro3; | |
| 1922 | |
| 1923 if (VECTORP (keys)) | |
| 1924 len = XVECTOR_LENGTH (keys); | |
| 1925 else if (STRINGP (keys)) | |
| 826 | 1926 len = string_char_length (keys); |
| 428 | 1927 else if (CHAR_OR_CHAR_INTP (keys) || SYMBOLP (keys) || CONSP (keys)) |
| 1928 { | |
| 1929 if (!CONSP (keys)) keys = list1 (keys); | |
| 1930 len = 1; | |
| 1931 keys = make_vector (1, keys); /* this is kinda sleazy. */ | |
| 1932 } | |
| 1933 else | |
| 1934 { | |
| 1935 keys = wrong_type_argument (Qsequencep, keys); | |
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1936 len = XFIXNUM (Flength (keys)); |
| 428 | 1937 } |
| 1938 if (len == 0) | |
| 1939 return Qnil; | |
| 1940 | |
| 1941 GCPRO3 (keymap, keys, def); | |
| 1942 | |
| 1943 /* ASCII grunge. | |
| 1944 When the user defines a key which, in a strictly ASCII world, would be | |
| 1945 produced by two different keys (^J and linefeed, or ^H and backspace, | |
| 1946 for example) then the binding will be made for both keysyms. | |
| 1947 | |
| 1948 This is done if the user binds a command to a string, as in | |
| 3086 | 1949 (define-key map "\^H" 'something), but not when using the canonical |
| 1950 syntax (define-key map '(control h) 'something). | |
| 428 | 1951 */ |
| 1952 ascii_hack = (STRINGP (keys)); | |
| 1953 | |
| 1954 keymap = get_keymap (keymap, 1, 1); | |
| 1955 | |
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1956 /* Allow access to any keys named remap, use our uninterned symbol. For |
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1957 compatibility, don't sanity-check (aref KEYS 1) or DEF. */ |
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1958 if (2 == len && VECTORP (keys) && EQ (Qremap, XVECTOR_DATA (keys) [0])) |
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1959 { |
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1960 RETURN_UNGCPRO (remap_command (keymap, XVECTOR_DATA (keys) [1], def)); |
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1961 } |
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1962 |
| 428 | 1963 idx = 0; |
| 1964 while (1) | |
| 1965 { | |
| 1966 Lisp_Object c; | |
| 934 | 1967 Lisp_Key_Data raw_key1; |
| 1968 Lisp_Key_Data raw_key2; | |
| 428 | 1969 if (STRINGP (keys)) |
| 867 | 1970 c = make_char (string_ichar (keys, idx)); |
| 428 | 1971 else |
| 1972 c = XVECTOR_DATA (keys) [idx]; | |
| 1973 | |
| 1974 define_key_parser (c, &raw_key1); | |
| 1975 | |
| 1976 if (!metized && ascii_hack && meta_prefix_char_p (&raw_key1)) | |
| 1977 { | |
| 1978 if (idx == (len - 1)) | |
| 1979 { | |
| 1980 /* This is a hack to prevent a binding for the meta-prefix-char | |
| 1981 from being made in a map which already has a non-empty "meta" | |
| 1982 submap. That is, we can't let both "escape" and "meta" have | |
| 1983 a binding in the same keymap. This implies that the idiom | |
| 1984 (define-key my-map "\e" my-escape-map) | |
| 1985 (define-key my-escape-map "a" 'my-command) | |
| 1986 no longer works. That's ok. Instead the luser should do | |
| 1987 (define-key my-map "\ea" 'my-command) | |
| 1988 or, more correctly | |
| 1989 (define-key my-map "\M-a" 'my-command) | |
| 1990 and then perhaps | |
| 1991 (defvar my-escape-map (lookup-key my-map "\e")) | |
| 1992 if the luser really wants the map in a variable. | |
| 1993 */ | |
| 440 | 1994 Lisp_Object meta_map; |
| 428 | 1995 struct gcpro ngcpro1; |
| 1996 | |
| 1997 NGCPRO1 (c); | |
| 442 | 1998 meta_map = Fgethash (MAKE_MODIFIER_HASH_KEY (XEMACS_MOD_META), |
| 440 | 1999 XKEYMAP (keymap)->table, Qnil); |
| 2000 if (!NILP (meta_map) | |
| 2001 && keymap_fullness (meta_map) != 0) | |
| 563 | 2002 invalid_operation_2 |
| 440 | 2003 ("Map contains meta-bindings, can't bind", |
| 2004 Fsingle_key_description (Vmeta_prefix_char), keymap); | |
| 428 | 2005 NUNGCPRO; |
| 2006 } | |
| 2007 else | |
| 2008 { | |
| 2009 metized = 1; | |
| 2010 idx++; | |
| 2011 continue; | |
| 2012 } | |
| 2013 } | |
| 2014 | |
| 2015 if (ascii_hack) | |
| 2016 define_key_alternate_name (&raw_key1, &raw_key2); | |
| 2017 else | |
| 2018 { | |
| 2019 raw_key2.keysym = Qnil; | |
| 2020 raw_key2.modifiers = 0; | |
| 2021 } | |
| 2022 | |
| 2023 if (metized) | |
| 2024 { | |
| 442 | 2025 raw_key1.modifiers |= XEMACS_MOD_META; |
| 2026 raw_key2.modifiers |= XEMACS_MOD_META; | |
| 428 | 2027 metized = 0; |
| 2028 } | |
| 2029 | |
| 2030 /* This crap is to make sure that someone doesn't bind something like | |
| 2031 "C-x M-a" while "C-x ESC" has a non-keymap binding. */ | |
| 442 | 2032 if (raw_key1.modifiers & XEMACS_MOD_META) |
| 428 | 2033 ensure_meta_prefix_char_keymapp (keys, idx, keymap); |
| 2034 | |
| 2035 if (++idx == len) | |
| 2036 { | |
| 2037 keymap_store (keymap, &raw_key1, def); | |
| 2038 if (ascii_hack && !NILP (raw_key2.keysym)) | |
| 2039 keymap_store (keymap, &raw_key2, def); | |
| 2040 UNGCPRO; | |
| 2041 return def; | |
| 2042 } | |
| 2043 | |
| 2044 { | |
| 2045 Lisp_Object cmd; | |
| 2046 struct gcpro ngcpro1; | |
| 2047 NGCPRO1 (c); | |
| 2048 | |
| 2049 cmd = keymap_lookup_1 (keymap, &raw_key1, 0); | |
| 2050 if (NILP (cmd)) | |
| 2051 { | |
| 2052 cmd = Fmake_sparse_keymap (Qnil); | |
| 2053 XKEYMAP (cmd)->name /* for debugging */ | |
| 2054 = list2 (make_key_description (&raw_key1, 1), keymap); | |
| 2055 keymap_store (keymap, &raw_key1, cmd); | |
| 2056 } | |
| 2057 if (NILP (Fkeymapp (cmd))) | |
| 563 | 2058 sferror_2 ("Invalid prefix keys in sequence", |
| 428 | 2059 c, keys); |
| 2060 | |
| 2061 if (ascii_hack && !NILP (raw_key2.keysym) && | |
| 2062 NILP (keymap_lookup_1 (keymap, &raw_key2, 0))) | |
| 2063 keymap_store (keymap, &raw_key2, cmd); | |
| 2064 | |
| 2065 keymap = get_keymap (cmd, 1, 1); | |
| 2066 NUNGCPRO; | |
| 2067 } | |
| 2068 } | |
| 2069 } | |
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2070 |
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2071 static Lisp_Object |
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2072 remap_command (Lisp_Object keymap, Lisp_Object old, Lisp_Object new_) |
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2073 { |
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2074 Lisp_Key_Data parsed; |
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2075 Lisp_Object cmd; |
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2076 |
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2077 define_key_parser (Qxemacs_command_remapping, &parsed); |
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2078 cmd = keymap_lookup_1 (keymap, &parsed, 0); |
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2079 if (NILP (cmd)) |
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2080 { |
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2081 cmd = Fmake_sparse_keymap (Qnil); |
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2082 XKEYMAP (cmd)->name /* for debugging */ |
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2083 = list2 (make_key_description (&parsed, 1), keymap); |
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2084 keymap_store (keymap, &parsed, cmd); |
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2085 } |
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2086 |
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2087 assert (!NILP (Fkeymapp (cmd))); |
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2088 define_key_parser (old, &parsed); |
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2089 keymap_store (cmd, &parsed, new_); |
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2090 return new_; |
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2091 } |
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2092 |
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2093 |
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2094 DEFUN ("remap-command", Fremap_command, 3, 3, 0, /* |
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2095 Ensure that NEW is called when previously OLD would be, in KEYMAP. |
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2096 |
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2097 NEW and OLD are both command symbols. KEYMAP is a keymap object. |
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2098 |
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2099 This is equivalent to `(define-key KEYMAP [remap OLD] NEW])'. See also |
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2100 `substitute-key-definition', an older way of doing a similar thing. |
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2101 */ |
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2102 (keymap, old, new_)) |
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2103 { |
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2104 keymap = get_keymap (keymap, 1, 1); |
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2105 CHECK_COMMAND (old); |
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2106 CHECK_COMMAND (new_); |
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2107 |
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2108 return remap_command (keymap, old, new_); |
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2109 } |
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2110 |
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2111 static Lisp_Object |
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2112 command_remapping (Lisp_Object definition, int nmaps, Lisp_Object *maps) |
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2113 { |
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2114 Lisp_Object remapping = Qnil; |
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2115 Lisp_Object keys[2] = { Qxemacs_command_remapping, definition }; |
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2116 int jj; |
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2117 |
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2118 for (jj = 0; jj < nmaps; jj++) |
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2119 { |
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2120 remapping = lookup_keys (maps[jj], countof (keys), keys, 0); |
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2121 if (!NILP (remapping) && !FIXNUMP (remapping)) |
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2122 { |
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2123 return remapping; |
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2124 } |
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2125 } |
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2126 |
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2127 return Qnil; |
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2128 } |
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2129 |
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2130 DEFUN ("command-remapping", Fcommand_remapping, 1, 3, 0, /* |
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2131 Return the remapping for command COMMAND. |
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2132 |
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2133 Return nil if COMMAND is not remapped (or not a symbol). The remapping is |
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2134 the command that is executed when some key sequence in the relevant keymaps |
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2135 would normally execute COMMAND, but this has been intercepted by |
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2136 `remap-command' or the [remap COMMAND] syntax for KEYS in `define-key'. |
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2137 |
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2138 If the optional argument POSITION is non-nil, it specifies an event, and the |
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2139 remapping occurs in the keymaps associated with it. It can also be a number |
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2140 or marker, in which case the keymap properties at the specified buffer |
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2141 position instead of point are used. The KEYMAPS argument is ignored if |
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2142 POSITION is non-nil. |
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2143 |
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2144 If the optional argument KEYMAPS is non-nil, it should be a list of |
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2145 keymaps to search for command remapping. Otherwise, search for the |
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2146 remapping in all currently active keymaps. |
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2147 */ |
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2148 (command, position, keymaps)) |
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2149 { |
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2150 Lisp_Object maps[100]; |
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2151 Lisp_Object *gubbish = maps; |
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2152 int nmaps, maps_count = countof (maps); |
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2153 |
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2154 CHECK_COMMAND (command); |
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2155 CHECK_LIST (keymaps); |
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2156 CHECK_REMAPPING_POSITION (position); |
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2157 |
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2158 /* Get keymaps as an array */ |
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2159 if (NILP (keymaps) || !NILP (position)) |
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2160 { |
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2161 nmaps = get_relevant_keymaps (Qnil, position, maps_count, gubbish); |
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2162 } |
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2163 else |
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2164 { |
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2165 Elemcount jj = 0; |
|
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2166 nmaps = XFIXNUM (Flength (keymaps)); |
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2167 if (nmaps > maps_count) |
|
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2168 { |
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2169 gubbish = alloca_array (Lisp_Object, nmaps); |
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2170 } |
|
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2171 |
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2172 { |
|
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2173 LIST_LOOP_2 (elt, keymaps) |
|
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|
2174 { |
|
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|
2175 gubbish[jj++] = elt; |
|
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|
2176 } |
|
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|
2177 } |
|
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2178 } |
|
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2179 |
|
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2180 if (nmaps > maps_count) |
|
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|
2181 { |
|
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|
2182 gubbish = alloca_array (Lisp_Object, nmaps); |
|
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|
2183 nmaps = get_relevant_keymaps (Qnil, position, nmaps, gubbish); |
|
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|
2184 } |
|
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|
2185 |
|
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|
2186 return command_remapping (command, nmaps, gubbish); |
|
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|
2187 } |
|
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2188 |
|
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|
2189 struct commands_remapped_to_closure |
|
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2190 { |
|
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2191 Lisp_Object command; |
|
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2192 Lisp_Object result; |
|
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2193 }; |
|
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2194 |
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2195 static void |
|
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2196 commands_remapped_to_mapper (const Lisp_Key_Data *key, Lisp_Object binding, |
|
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2197 void *data) |
|
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2198 { |
|
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2199 struct commands_remapped_to_closure *crtc |
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2200 = (struct commands_remapped_to_closure *) data; |
|
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2201 |
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2202 if (EQ (binding, crtc->command)) |
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2203 { |
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2204 crtc->result = Fcons (key->keysym, crtc->result); |
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2205 } |
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2206 } |
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2207 |
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2208 static Lisp_Object |
|
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2209 commands_remapped_to_traverser (Lisp_Object k, void *arg) |
|
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2210 { |
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2211 Lisp_Object remapping |
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2212 = lookup_keys (k, 1, &Qxemacs_command_remapping, 0); |
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2213 if (KEYMAPP (remapping)) |
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2214 { |
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2215 map_keymap (XKEYMAP (remapping)->table, 0, commands_remapped_to_mapper, |
|
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2216 arg); |
|
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2217 } |
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2218 |
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2219 return Qnil; |
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2220 } |
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2221 |
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2222 DEFUN ("commands-remapped-to", Fcommands_remapped_to, 1, 3, 0, /* |
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2223 Return a list of symbols for which COMMAND is their remapping in KEYMAPS. |
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2224 |
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2225 This is the inverse operation of `command-remapping', which see. |
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2226 */ |
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2227 (command, keymaps, position)) |
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2228 { |
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2229 Lisp_Object maps[100]; |
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2230 Lisp_Object *gubbish = maps; |
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2231 int nmaps, maps_count = countof (maps), jj; |
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2232 struct commands_remapped_to_closure closure = { command, Qnil }; |
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2233 struct gcpro gcpro1; |
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2234 |
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2235 CHECK_COMMAND (command); |
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2236 CHECK_LIST (keymaps); |
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2237 CHECK_REMAPPING_POSITION (position); |
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2238 |
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2239 /* Get keymaps as an array */ |
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2240 if (NILP (keymaps) || !NILP (position)) |
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2241 { |
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2242 nmaps = get_relevant_keymaps (Qnil, position, maps_count, gubbish); |
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2243 } |
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2244 else |
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2245 { |
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2246 jj = 0; |
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2247 nmaps = XFIXNUM (Flength (keymaps)); |
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2248 if (nmaps > maps_count) |
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2249 { |
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2250 gubbish = alloca_array (Lisp_Object, nmaps); |
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2251 } |
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2252 |
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2253 { |
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2254 LIST_LOOP_2 (elt, keymaps) |
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2255 { |
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2256 gubbish[jj++] = elt; |
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2257 } |
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2258 } |
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2259 } |
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2260 |
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2261 if (nmaps > maps_count) |
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2262 { |
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2263 gubbish = alloca_array (Lisp_Object, nmaps); |
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2264 nmaps = get_relevant_keymaps (Qnil, position, nmaps, gubbish); |
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2265 } |
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2266 |
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2267 GCPRO1 (closure.result); |
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2268 |
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2269 for (jj = 0; jj < nmaps; jj++) |
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2270 { |
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2271 traverse_keymaps (maps[jj], Qnil, commands_remapped_to_traverser, |
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2272 (void *) (&closure)); |
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2273 } |
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2274 |
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2275 RETURN_UNGCPRO (closure.result); |
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2276 } |
| 428 | 2277 |
| 2278 /************************************************************************/ | |
| 2279 /* Looking up keys in keymaps */ | |
| 2280 /************************************************************************/ | |
| 2281 | |
| 2282 /* We need a very fast (i.e., non-consing) version of lookup-key in order | |
| 2283 to make where-is-internal really fly. */ | |
| 2284 | |
| 2285 struct raw_lookup_key_mapper_closure | |
| 2286 { | |
| 2287 int remaining; | |
| 934 | 2288 const Lisp_Key_Data *raw_keys; |
| 428 | 2289 int raw_keys_count; |
| 2290 int keys_so_far; | |
| 2291 int accept_default; | |
| 2292 }; | |
| 2293 | |
| 2294 static Lisp_Object raw_lookup_key_mapper (Lisp_Object k, void *); | |
| 2295 | |
| 2296 /* Caller should gc-protect args (keymaps may autoload) */ | |
| 2297 static Lisp_Object | |
| 2298 raw_lookup_key (Lisp_Object keymap, | |
| 934 | 2299 const Lisp_Key_Data *raw_keys, int raw_keys_count, |
| 428 | 2300 int keys_so_far, int accept_default) |
| 2301 { | |
| 2302 /* This function can GC */ | |
| 2303 struct raw_lookup_key_mapper_closure c; | |
| 2304 c.remaining = raw_keys_count - 1; | |
| 2305 c.raw_keys = raw_keys; | |
| 2306 c.raw_keys_count = raw_keys_count; | |
| 2307 c.keys_so_far = keys_so_far; | |
| 2308 c.accept_default = accept_default; | |
| 2309 | |
| 2310 return traverse_keymaps (keymap, Qnil, raw_lookup_key_mapper, &c); | |
| 2311 } | |
| 2312 | |
| 2313 static Lisp_Object | |
| 2314 raw_lookup_key_mapper (Lisp_Object k, void *arg) | |
| 2315 { | |
| 2316 /* This function can GC */ | |
| 2317 struct raw_lookup_key_mapper_closure *c = | |
| 2318 (struct raw_lookup_key_mapper_closure *) arg; | |
| 2319 int accept_default = c->accept_default; | |
| 2320 int remaining = c->remaining; | |
| 2321 int keys_so_far = c->keys_so_far; | |
| 934 | 2322 const Lisp_Key_Data *raw_keys = c->raw_keys; |
| 428 | 2323 Lisp_Object cmd; |
| 2324 | |
| 2325 if (! meta_prefix_char_p (&(raw_keys[0]))) | |
| 2326 { | |
| 2327 /* Normal case: every case except the meta-hack (see below). */ | |
| 2328 cmd = keymap_lookup_1 (k, &(raw_keys[0]), accept_default); | |
| 2329 | |
| 2330 if (remaining == 0) | |
| 2331 /* Return whatever we found if we're out of keys */ | |
| 2332 ; | |
| 2333 else if (NILP (cmd)) | |
| 2334 /* Found nothing (though perhaps parent map may have binding) */ | |
| 2335 ; | |
| 2336 else if (NILP (Fkeymapp (cmd))) | |
| 2337 /* Didn't find a keymap, and we have more keys. | |
| 2338 * Return a fixnum to indicate that keys were too long. | |
| 2339 */ | |
|
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2340 cmd = make_fixnum (keys_so_far + 1); |
| 428 | 2341 else |
| 2342 cmd = raw_lookup_key (cmd, raw_keys + 1, remaining, | |
| 2343 keys_so_far + 1, accept_default); | |
| 2344 } | |
| 2345 else | |
| 2346 { | |
| 2347 /* This is a hack so that looking up a key-sequence whose last | |
| 2348 * element is the meta-prefix-char will return the keymap that | |
| 2349 * the "meta" keys are stored in, if there is no binding for | |
| 2350 * the meta-prefix-char (and if this map has a "meta" submap). | |
| 2351 * If this map doesn't have a "meta" submap, then the | |
| 2352 * meta-prefix-char is looked up just like any other key. | |
| 2353 */ | |
| 2354 if (remaining == 0) | |
| 2355 { | |
| 2356 /* First look for the prefix-char directly */ | |
| 2357 cmd = keymap_lookup_1 (k, &(raw_keys[0]), accept_default); | |
| 2358 if (NILP (cmd)) | |
| 2359 { | |
| 2360 /* Do kludgy return of the meta-map */ | |
| 442 | 2361 cmd = Fgethash (MAKE_MODIFIER_HASH_KEY (XEMACS_MOD_META), |
| 428 | 2362 XKEYMAP (k)->table, Qnil); |
| 2363 } | |
| 2364 } | |
| 2365 else | |
| 2366 { | |
| 2367 /* Search for the prefix-char-prefixed sequence directly */ | |
| 2368 cmd = keymap_lookup_1 (k, &(raw_keys[0]), accept_default); | |
| 2369 cmd = get_keymap (cmd, 0, 1); | |
| 2370 if (!NILP (cmd)) | |
| 2371 cmd = raw_lookup_key (cmd, raw_keys + 1, remaining, | |
| 2372 keys_so_far + 1, accept_default); | |
| 442 | 2373 else if ((raw_keys[1].modifiers & XEMACS_MOD_META) == 0) |
| 428 | 2374 { |
| 934 | 2375 Lisp_Key_Data metified; |
| 428 | 2376 metified.keysym = raw_keys[1].keysym; |
| 442 | 2377 metified.modifiers = raw_keys[1].modifiers | |
| 2378 (unsigned char) XEMACS_MOD_META; | |
| 428 | 2379 |
| 2380 /* Search for meta-next-char sequence directly */ | |
| 2381 cmd = keymap_lookup_1 (k, &metified, accept_default); | |
| 2382 if (remaining == 1) | |
| 2383 ; | |
| 2384 else | |
| 2385 { | |
| 2386 cmd = get_keymap (cmd, 0, 1); | |
| 2387 if (!NILP (cmd)) | |
| 2388 cmd = raw_lookup_key (cmd, raw_keys + 2, remaining - 1, | |
| 2389 keys_so_far + 2, | |
| 2390 accept_default); | |
| 2391 } | |
| 2392 } | |
| 2393 } | |
| 2394 } | |
| 2395 if (accept_default && NILP (cmd)) | |
| 2396 cmd = XKEYMAP (k)->default_binding; | |
| 2397 return cmd; | |
| 2398 } | |
| 2399 | |
| 2400 /* Value is number if `keys' is too long; NIL if valid but has no definition.*/ | |
| 2401 /* Caller should gc-protect arguments */ | |
| 2402 static Lisp_Object | |
| 2403 lookup_keys (Lisp_Object keymap, int nkeys, Lisp_Object *keys, | |
| 2404 int accept_default) | |
| 2405 { | |
| 2406 /* This function can GC */ | |
| 934 | 2407 Lisp_Key_Data kkk[20]; |
| 2408 Lisp_Key_Data *raw_keys; | |
| 428 | 2409 int i; |
| 2410 | |
| 2411 if (nkeys == 0) | |
| 2412 return Qnil; | |
| 2413 | |
| 438 | 2414 if (nkeys < countof (kkk)) |
| 428 | 2415 raw_keys = kkk; |
| 2416 else | |
| 934 | 2417 raw_keys = alloca_array (Lisp_Key_Data, nkeys); |
| 428 | 2418 |
| 2419 for (i = 0; i < nkeys; i++) | |
| 2420 { | |
| 2421 define_key_parser (keys[i], &(raw_keys[i])); | |
| 2422 } | |
| 2423 return raw_lookup_key (keymap, raw_keys, nkeys, 0, accept_default); | |
| 2424 } | |
| 2425 | |
| 2426 static Lisp_Object | |
| 2427 lookup_events (Lisp_Object event_head, int nmaps, Lisp_Object keymaps[], | |
| 2428 int accept_default) | |
| 2429 { | |
| 2430 /* This function can GC */ | |
| 934 | 2431 Lisp_Key_Data kkk[20]; |
| 428 | 2432 Lisp_Object event; |
| 2433 | |
| 2434 int nkeys; | |
| 934 | 2435 Lisp_Key_Data *raw_keys; |
| 428 | 2436 Lisp_Object tem = Qnil; |
| 2437 struct gcpro gcpro1, gcpro2; | |
| 2438 int iii; | |
| 2439 | |
| 2440 CHECK_LIVE_EVENT (event_head); | |
| 2441 | |
| 2442 nkeys = event_chain_count (event_head); | |
| 2443 | |
| 438 | 2444 if (nkeys < countof (kkk)) |
| 428 | 2445 raw_keys = kkk; |
| 2446 else | |
| 934 | 2447 raw_keys = alloca_array (Lisp_Key_Data, nkeys); |
| 428 | 2448 |
| 2449 nkeys = 0; | |
| 2450 EVENT_CHAIN_LOOP (event, event_head) | |
| 2451 define_key_parser (event, &(raw_keys[nkeys++])); | |
| 2452 GCPRO2 (keymaps[0], event_head); | |
| 2453 gcpro1.nvars = nmaps; | |
| 2454 /* ####raw_keys[].keysym slots aren't gc-protected. We rely (but shouldn't) | |
| 2455 * on somebody else somewhere (obarray) having a pointer to all keysyms. */ | |
| 2456 for (iii = 0; iii < nmaps; iii++) | |
| 2457 { | |
| 2458 tem = raw_lookup_key (keymaps[iii], raw_keys, nkeys, 0, | |
| 2459 accept_default); | |
|
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2460 if (FIXNUMP (tem)) |
| 428 | 2461 { |
| 2462 /* Too long in some local map means don't look at global map */ | |
| 2463 tem = Qnil; | |
| 2464 break; | |
| 2465 } | |
| 2466 else if (!NILP (tem)) | |
| 2467 break; | |
| 2468 } | |
| 2469 UNGCPRO; | |
| 2470 return tem; | |
| 2471 } | |
| 2472 | |
| 2473 DEFUN ("lookup-key", Flookup_key, 2, 3, 0, /* | |
| 2474 In keymap KEYMAP, look up key-sequence KEYS. Return the definition. | |
| 2475 Nil is returned if KEYS is unbound. See documentation of `define-key' | |
| 2476 for valid key definitions and key-sequence specifications. | |
| 2477 A number is returned if KEYS is "too long"; that is, the leading | |
| 2478 characters fail to be a valid sequence of prefix characters in KEYMAP. | |
| 444 | 2479 The number is how many key strokes at the front of KEYS it takes to |
| 2480 reach a non-prefix command. | |
| 428 | 2481 */ |
| 2482 (keymap, keys, accept_default)) | |
| 2483 { | |
| 2484 /* This function can GC */ | |
| 2485 if (VECTORP (keys)) | |
| 2486 return lookup_keys (keymap, | |
| 2487 XVECTOR_LENGTH (keys), | |
| 2488 XVECTOR_DATA (keys), | |
| 2489 !NILP (accept_default)); | |
| 2490 else if (SYMBOLP (keys) || CHAR_OR_CHAR_INTP (keys) || CONSP (keys)) | |
| 2491 return lookup_keys (keymap, 1, &keys, !NILP (accept_default)); | |
| 2492 else if (STRINGP (keys)) | |
| 2493 { | |
| 826 | 2494 int length = string_char_length (keys); |
| 428 | 2495 int i; |
| 934 | 2496 Lisp_Key_Data *raw_keys = alloca_array (Lisp_Key_Data, length); |
| 428 | 2497 if (length == 0) |
| 2498 return Qnil; | |
| 2499 | |
| 2500 for (i = 0; i < length; i++) | |
| 2501 { | |
| 867 | 2502 Ichar n = string_ichar (keys, i); |
| 428 | 2503 define_key_parser (make_char (n), &(raw_keys[i])); |
| 2504 } | |
| 2505 return raw_lookup_key (keymap, raw_keys, length, 0, | |
| 2506 !NILP (accept_default)); | |
| 2507 } | |
| 2508 else | |
| 2509 { | |
| 2510 keys = wrong_type_argument (Qsequencep, keys); | |
| 2511 return Flookup_key (keymap, keys, accept_default); | |
| 2512 } | |
| 2513 } | |
| 2514 | |
| 2515 /* Given a key sequence, returns a list of keymaps to search for bindings. | |
| 2516 Does all manner of semi-hairy heuristics, like looking in the current | |
| 2517 buffer's map before looking in the global map and looking in the local | |
| 2518 map of the buffer in which the mouse was clicked in event0 is a click. | |
| 2519 | |
| 2520 It would be kind of nice if this were in Lisp so that this semi-hairy | |
| 2521 semi-heuristic command-lookup behavior could be readily understood and | |
| 2522 customised. However, this needs to be pretty fast, or performance of | |
| 2523 keyboard macros goes to shit; putting this in lisp slows macros down | |
| 2524 2-3x. And they're already slower than v18 by 5-6x. | |
| 2525 */ | |
| 2526 | |
| 2527 struct relevant_maps | |
| 2528 { | |
| 2529 int nmaps; | |
| 647 | 2530 int max_maps; |
| 428 | 2531 Lisp_Object *maps; |
| 2532 struct gcpro *gcpro; | |
| 2533 }; | |
| 2534 | |
| 2535 static void get_relevant_extent_keymaps (Lisp_Object pos, | |
| 2536 Lisp_Object buffer_or_string, | |
| 2537 Lisp_Object glyph, | |
| 2538 struct relevant_maps *closure); | |
| 2539 static void get_relevant_minor_maps (Lisp_Object buffer, | |
| 2540 struct relevant_maps *closure); | |
| 2541 | |
| 2542 static void | |
| 2543 relevant_map_push (Lisp_Object map, struct relevant_maps *closure) | |
| 2544 { | |
| 647 | 2545 int nmaps = closure->nmaps; |
| 428 | 2546 |
| 2547 if (!KEYMAPP (map)) | |
| 2548 return; | |
| 2549 closure->nmaps = nmaps + 1; | |
| 2550 if (nmaps < closure->max_maps) | |
| 2551 { | |
| 2552 closure->maps[nmaps] = map; | |
| 2553 closure->gcpro->nvars = nmaps; | |
| 2554 } | |
| 2555 } | |
| 2556 | |
| 2557 static int | |
|
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2558 get_relevant_keymaps (Lisp_Object keys, Lisp_Object position, int max_maps, |
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2559 Lisp_Object maps[]) |
| 428 | 2560 { |
| 2561 /* This function can GC */ | |
| 2562 Lisp_Object terminal = Qnil; | |
| 2563 struct gcpro gcpro1; | |
| 2564 struct relevant_maps closure; | |
| 2565 struct console *con; | |
| 2566 | |
| 2567 GCPRO1 (*maps); | |
| 2568 gcpro1.nvars = 0; | |
| 2569 closure.nmaps = 0; | |
| 2570 closure.max_maps = max_maps; | |
| 2571 closure.maps = maps; | |
| 2572 closure.gcpro = &gcpro1; | |
| 2573 | |
| 2574 if (EVENTP (keys)) | |
| 2575 terminal = event_chain_tail (keys); | |
| 2576 else if (VECTORP (keys)) | |
| 2577 { | |
| 2578 int len = XVECTOR_LENGTH (keys); | |
| 2579 if (len > 0) | |
| 2580 terminal = XVECTOR_DATA (keys)[len - 1]; | |
| 2581 } | |
| 2582 | |
| 2583 if (EVENTP (terminal)) | |
| 2584 { | |
| 2585 CHECK_LIVE_EVENT (terminal); | |
| 2586 con = event_console_or_selected (terminal); | |
| 2587 } | |
| 2588 else | |
| 2589 con = XCONSOLE (Vselected_console); | |
| 2590 | |
| 2591 if (KEYMAPP (con->overriding_terminal_local_map) | |
| 2592 || KEYMAPP (Voverriding_local_map)) | |
| 2593 { | |
| 2594 if (KEYMAPP (con->overriding_terminal_local_map)) | |
| 2595 relevant_map_push (con->overriding_terminal_local_map, &closure); | |
| 2596 if (KEYMAPP (Voverriding_local_map)) | |
| 2597 relevant_map_push (Voverriding_local_map, &closure); | |
| 2598 } | |
| 2599 else if (!EVENTP (terminal) | |
| 2600 || (XEVENT (terminal)->event_type != button_press_event | |
| 2601 && XEVENT (terminal)->event_type != button_release_event)) | |
| 2602 { | |
| 793 | 2603 Lisp_Object tem = wrap_buffer (current_buffer); |
| 2604 | |
| 428 | 2605 /* It's not a mouse event; order of keymaps searched is: |
| 2606 o keymap of any/all extents under the mouse | |
| 2607 o minor-mode maps | |
| 2608 o local-map of current-buffer | |
| 771 | 2609 o global-tty-map or global-window-system-map |
| 428 | 2610 o global-map |
| 2611 */ | |
| 2612 /* The terminal element of the lookup may be nil or a keysym. | |
| 2613 In those cases we don't want to check for an extent | |
| 2614 keymap. */ | |
| 2615 if (EVENTP (terminal)) | |
| 2616 { | |
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2617 get_relevant_extent_keymaps (make_fixnum (BUF_PT (current_buffer)), |
| 428 | 2618 tem, Qnil, &closure); |
| 2619 } | |
| 2620 get_relevant_minor_maps (tem, &closure); | |
| 2621 | |
| 2622 tem = current_buffer->keymap; | |
| 2623 if (!NILP (tem)) | |
| 2624 relevant_map_push (tem, &closure); | |
| 2625 } | |
| 2626 #ifdef HAVE_WINDOW_SYSTEM | |
| 2627 else | |
| 2628 { | |
| 2629 /* It's a mouse event; order of keymaps searched is: | |
| 2630 o vertical-divider-map, if event is over a divider | |
| 2631 o local-map of mouse-grabbed-buffer | |
| 2632 o keymap of any/all extents under the mouse | |
| 2633 if the mouse is over a modeline: | |
| 2634 o modeline-map of buffer corresponding to that modeline | |
| 2635 o else, local-map of buffer under the mouse | |
| 2636 o minor-mode maps | |
| 2637 o local-map of current-buffer | |
| 771 | 2638 o global-tty-map or global-window-system-map |
| 428 | 2639 o global-map |
| 2640 */ | |
| 2641 Lisp_Object window = Fevent_window (terminal); | |
| 2642 | |
| 2643 if (!NILP (Fevent_over_vertical_divider_p (terminal))) | |
| 2644 { | |
| 2645 if (KEYMAPP (Vvertical_divider_map)) | |
| 2646 relevant_map_push (Vvertical_divider_map, &closure); | |
| 2647 } | |
| 2648 | |
| 2649 if (BUFFERP (Vmouse_grabbed_buffer)) | |
| 2650 { | |
| 2651 Lisp_Object map = XBUFFER (Vmouse_grabbed_buffer)->keymap; | |
| 2652 | |
| 2653 get_relevant_minor_maps (Vmouse_grabbed_buffer, &closure); | |
| 2654 if (!NILP (map)) | |
| 2655 relevant_map_push (map, &closure); | |
| 2656 } | |
| 2657 | |
| 2658 if (!NILP (window)) | |
| 2659 { | |
| 2660 Lisp_Object buffer = Fwindow_buffer (window); | |
| 2661 | |
| 2662 if (!NILP (buffer)) | |
| 2663 { | |
| 2664 if (!NILP (Fevent_over_modeline_p (terminal))) | |
| 2665 { | |
| 2666 Lisp_Object map = symbol_value_in_buffer (Qmodeline_map, | |
| 2667 buffer); | |
| 2668 | |
| 2669 get_relevant_extent_keymaps | |
| 2670 (Fevent_modeline_position (terminal), | |
| 2671 XBUFFER (buffer)->generated_modeline_string, | |
| 438 | 2672 Fevent_glyph_extent (terminal), &closure); |
| 428 | 2673 |
| 2674 if (!UNBOUNDP (map) && !NILP (map)) | |
| 2675 relevant_map_push (get_keymap (map, 1, 1), &closure); | |
| 2676 } | |
| 2677 else | |
| 2678 { | |
| 2679 get_relevant_extent_keymaps (Fevent_point (terminal), buffer, | |
| 2680 Fevent_glyph_extent (terminal), | |
| 2681 &closure); | |
| 2682 } | |
| 2683 | |
| 2684 if (!EQ (buffer, Vmouse_grabbed_buffer)) /* already pushed */ | |
| 2685 { | |
| 2686 Lisp_Object map = XBUFFER (buffer)->keymap; | |
| 2687 | |
| 2688 get_relevant_minor_maps (buffer, &closure); | |
| 2689 if (!NILP(map)) | |
| 2690 relevant_map_push (map, &closure); | |
| 2691 } | |
| 2692 } | |
| 2693 } | |
| 2694 else if (!NILP (Fevent_over_toolbar_p (terminal))) | |
| 2695 { | |
| 2696 Lisp_Object map = Fsymbol_value (Qtoolbar_map); | |
| 2697 | |
| 2698 if (!UNBOUNDP (map) && !NILP (map)) | |
| 2699 relevant_map_push (map, &closure); | |
| 2700 } | |
| 2701 } | |
| 2702 #endif /* HAVE_WINDOW_SYSTEM */ | |
| 2703 | |
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2704 if (FIXNUMP (position)) |
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2705 { |
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2706 get_relevant_extent_keymaps (position, wrap_buffer (current_buffer), |
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2707 Qnil, &closure); |
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2708 } |
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2709 else if (MARKERP (position) && !NILP (Fmarker_buffer (position))) |
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2710 { |
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2711 get_relevant_extent_keymaps (Fmarker_position (position), |
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2712 Fmarker_buffer (position), |
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2713 Qnil, &closure); |
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2714 } |
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2715 else if (EVENTP (position)) |
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2716 { |
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2717 Lisp_Object ew = Fevent_window (position); |
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2718 |
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2719 get_relevant_extent_keymaps (Fevent_point (position), |
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2720 WINDOWP (ew) ? |
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2721 Fwindow_buffer (Fevent_window (position)) |
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2722 : Qnil, Qnil, &closure); |
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2723 } |
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2724 else |
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2725 { |
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2726 assert (NILP (position)); |
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2727 } |
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2728 |
| 771 | 2729 if (CONSOLE_TTY_P (con)) |
| 2730 relevant_map_push (Vglobal_tty_map, &closure); | |
| 2731 else | |
| 2732 relevant_map_push (Vglobal_window_system_map, &closure); | |
| 2733 | |
| 428 | 2734 { |
| 2735 int nmaps = closure.nmaps; | |
| 2736 /* Silently truncate at 100 keymaps to prevent infinite lossage */ | |
| 2737 if (nmaps >= max_maps && max_maps > 0) | |
| 2738 maps[max_maps - 1] = Vcurrent_global_map; | |
| 2739 else | |
| 2740 maps[nmaps] = Vcurrent_global_map; | |
| 2741 UNGCPRO; | |
| 2742 return nmaps + 1; | |
| 2743 } | |
| 2744 } | |
| 2745 | |
| 2746 /* Returns a set of keymaps extracted from the extents at POS in | |
| 2747 BUFFER_OR_STRING. The GLYPH arg, if specified, is one more extent | |
| 2748 to look for a keymap in, and if it has one, its keymap will be the | |
| 2749 first element in the list returned. This is so we can correctly | |
| 2750 search the keymaps associated with glyphs which may be physically | |
| 2751 disjoint from their extents: for example, if a glyph is out in the | |
| 2752 margin, we should still consult the keymap of that glyph's extent, | |
| 2753 which may not itself be under the mouse. | |
| 2754 */ | |
| 2755 | |
| 2756 static void | |
| 2757 get_relevant_extent_keymaps (Lisp_Object pos, Lisp_Object buffer_or_string, | |
| 2758 Lisp_Object glyph, | |
| 2759 struct relevant_maps *closure) | |
| 2760 { | |
| 2761 /* This function can GC */ | |
| 2762 /* the glyph keymap, if any, comes first. | |
| 2763 (Processing it twice is no big deal: noop.) */ | |
| 2764 if (!NILP (glyph)) | |
| 2765 { | |
| 2766 Lisp_Object keymap = Fextent_property (glyph, Qkeymap, Qnil); | |
| 2767 if (!NILP (keymap)) | |
| 2768 relevant_map_push (get_keymap (keymap, 1, 1), closure); | |
| 2769 } | |
| 2770 | |
| 2771 /* Next check the extents at the text position, if any */ | |
| 2772 if (!NILP (pos)) | |
| 2773 { | |
| 2774 Lisp_Object extent; | |
| 2775 for (extent = Fextent_at (pos, buffer_or_string, Qkeymap, Qnil, Qnil); | |
| 2776 !NILP (extent); | |
| 2777 extent = Fextent_at (pos, buffer_or_string, Qkeymap, extent, Qnil)) | |
| 2778 { | |
| 2779 Lisp_Object keymap = Fextent_property (extent, Qkeymap, Qnil); | |
| 2780 if (!NILP (keymap)) | |
| 2781 relevant_map_push (get_keymap (keymap, 1, 1), closure); | |
| 2782 QUIT; | |
| 2783 } | |
| 2784 } | |
| 2785 } | |
| 2786 | |
| 2787 static Lisp_Object | |
| 2788 minor_mode_keymap_predicate (Lisp_Object assoc, Lisp_Object buffer) | |
| 2789 { | |
| 2790 /* This function can GC */ | |
| 2791 if (CONSP (assoc)) | |
| 2792 { | |
| 2793 Lisp_Object sym = XCAR (assoc); | |
| 2794 if (SYMBOLP (sym)) | |
| 2795 { | |
| 2796 Lisp_Object val = symbol_value_in_buffer (sym, buffer); | |
| 2797 if (!NILP (val) && !UNBOUNDP (val)) | |
| 2798 { | |
| 793 | 2799 return get_keymap (XCDR (assoc), 0, 1); |
| 428 | 2800 } |
| 2801 } | |
| 2802 } | |
| 2803 return Qnil; | |
| 2804 } | |
| 2805 | |
| 2806 static void | |
| 2807 get_relevant_minor_maps (Lisp_Object buffer, struct relevant_maps *closure) | |
| 2808 { | |
| 2809 /* This function can GC */ | |
| 2810 Lisp_Object alist; | |
| 2811 | |
| 2812 /* Will you ever lose badly if you make this circular! */ | |
| 2813 for (alist = symbol_value_in_buffer (Qminor_mode_map_alist, buffer); | |
| 2814 CONSP (alist); | |
| 2815 alist = XCDR (alist)) | |
| 2816 { | |
| 2817 Lisp_Object m = minor_mode_keymap_predicate (XCAR (alist), | |
| 2818 buffer); | |
| 2819 if (!NILP (m)) relevant_map_push (m, closure); | |
| 2820 QUIT; | |
| 2821 } | |
| 2822 } | |
| 2823 | |
| 2824 /* #### Would map-current-keymaps be a better thing?? */ | |
| 2825 DEFUN ("current-keymaps", Fcurrent_keymaps, 0, 1, 0, /* | |
| 2826 Return a list of the current keymaps that will be searched for bindings. | |
| 2827 This lists keymaps such as the current local map and the minor-mode maps, | |
| 2828 but does not list the parents of those keymaps. | |
| 2829 EVENT-OR-KEYS controls which keymaps will be listed. | |
| 2830 If EVENT-OR-KEYS is a mouse event (or a vector whose last element is a | |
| 2831 mouse event), the keymaps for that mouse event will be listed (see | |
| 2832 `key-binding'). Otherwise, the keymaps for key presses will be listed. | |
| 771 | 2833 See `key-binding' for a description of which keymaps are searched in |
| 2834 various situations. | |
| 428 | 2835 */ |
| 2836 (event_or_keys)) | |
| 2837 { | |
| 2838 /* This function can GC */ | |
| 2839 struct gcpro gcpro1; | |
| 2840 Lisp_Object maps[100]; | |
| 2841 Lisp_Object *gubbish = maps; | |
| 2842 int nmaps; | |
| 2843 | |
| 2844 GCPRO1 (event_or_keys); | |
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2845 nmaps = get_relevant_keymaps (event_or_keys, Qnil, countof (maps), |
| 428 | 2846 gubbish); |
| 2847 if (nmaps > countof (maps)) | |
| 2848 { | |
| 2849 gubbish = alloca_array (Lisp_Object, nmaps); | |
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2850 nmaps = get_relevant_keymaps (event_or_keys, Qnil, nmaps, gubbish); |
| 428 | 2851 } |
| 2852 UNGCPRO; | |
| 2853 return Flist (nmaps, gubbish); | |
| 2854 } | |
| 2855 | |
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2856 DEFUN ("key-binding", Fkey_binding, 1, 4, 0, /* |
| 428 | 2857 Return the binding for command KEYS in current keymaps. |
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2858 |
| 428 | 2859 KEYS is a string, a vector of events, or a vector of key-description lists |
| 2860 as described in the documentation for the `define-key' function. | |
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2861 |
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2862 NO-REMAP, if non-nil, specifies that any substitutions that have been |
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2863 specified by `remap-command' (or, equivalently, by `(define-key KEYMAP |
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2864 \[remap OLD] NEW)') should be ignored. |
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2865 |
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2866 POSITION, if non-nil, specifies a marker (and its associated buffer) or an |
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2867 integer position (in the current buffer) to examine for relevant keymaps. |
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2868 It can also be an event, in which case the associated buffer and position of |
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2869 that event will be used. |
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2870 |
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2871 The binding is probably a symbol with a function definition; see the |
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2872 documentation for `lookup-key' for more information. |
| 428 | 2873 |
| 2874 For key-presses, the order of keymaps searched is: | |
| 2875 - the `keymap' property of any extent(s) at point; | |
| 2876 - any applicable minor-mode maps; | |
| 444 | 2877 - the current local map of the current-buffer; |
| 771 | 2878 - either `global-tty-map' or `global-window-system-map', depending on |
| 2879 whether the current console is a TTY or non-TTY console; | |
| 428 | 2880 - the current global map. |
| 2881 | |
| 2882 For mouse-clicks, the order of keymaps searched is: | |
| 2883 - the current-local-map of the `mouse-grabbed-buffer' if any; | |
| 2884 - vertical-divider-map, if the event happened over a vertical divider | |
| 2885 - the `keymap' property of any extent(s) at the position of the click | |
| 2886 (this includes modeline extents); | |
| 2887 - the modeline-map of the buffer corresponding to the modeline under | |
| 2888 the mouse (if the click happened over a modeline); | |
| 444 | 2889 - the value of `toolbar-map' in the current-buffer (if the click |
| 428 | 2890 happened over a toolbar); |
| 444 | 2891 - the current local map of the buffer under the mouse (does not |
| 428 | 2892 apply to toolbar clicks); |
| 2893 - any applicable minor-mode maps; | |
| 771 | 2894 - either `global-tty-map' or `global-window-system-map', depending on |
| 2895 whether the current console is a TTY or non-TTY console; | |
| 428 | 2896 - the current global map. |
| 2897 | |
| 2898 Note that if `overriding-local-map' or `overriding-terminal-local-map' | |
| 2899 is non-nil, *only* those two maps and the current global map are searched. | |
| 771 | 2900 |
| 2901 Note also that key sequences actually received from the keyboard driver | |
| 2902 may be processed in various ways to generate the key sequence that is | |
| 2903 actually looked up in the keymaps. In particular: | |
| 2904 | |
| 2905 -- Keysyms are individually passed through `keyboard-translate-table' before | |
| 2906 any other processing. | |
| 2907 -- After this, key sequences as a whole are passed through | |
| 2908 `key-translation-map'. | |
| 2909 -- The resulting key sequence is actually looked up in the keymaps. | |
| 2910 -- If there's no binding found, the key sequence is passed through | |
| 2911 `function-key-map' and looked up again. | |
| 2912 -- If no binding is found and `retry-undefined-key-binding-unshifted' is | |
| 2913 set (it usually is) and the final keysym is an uppercase character, | |
| 2914 we lowercase it and start over from the `key-translation-map' stage. | |
| 2915 -- If no binding is found and we're on MS Windows and have international | |
| 2916 support, we successively remap the key sequence using the keyboard layouts | |
| 2917 of various default locales (current language environment, user default, | |
| 2918 system default, US ASCII) and try again. This makes (e.g.) sequences | |
| 2919 such as `C-x b' work in a Russian locale, where the alphabetic keys are | |
| 2920 actually generating Russian characters and not the Roman letters written | |
| 2921 on the keycaps. (Not yet implemented) | |
| 2922 -- Finally, if the last keystroke matches `help-char', we automatically | |
| 2923 generate and display a list of possible key sequences and bindings | |
| 2924 given the prefix so far generated. | |
| 428 | 2925 */ |
|
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2926 (keys, accept_default, no_remap, position)) |
| 428 | 2927 { |
| 2928 /* This function can GC */ | |
| 2929 int i; | |
| 2930 Lisp_Object maps[100]; | |
| 2931 int nmaps; | |
| 2932 struct gcpro gcpro1, gcpro2; | |
| 2933 GCPRO2 (keys, accept_default); /* get_relevant_keymaps may autoload */ | |
| 2934 | |
|
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2935 nmaps = get_relevant_keymaps (keys, position, countof (maps), maps); |
| 428 | 2936 |
| 2937 UNGCPRO; | |
| 2938 | |
| 2939 if (EVENTP (keys)) /* unadvertised "feature" for the future */ | |
| 2940 return lookup_events (keys, nmaps, maps, !NILP (accept_default)); | |
| 2941 | |
| 2942 for (i = 0; i < nmaps; i++) | |
| 2943 { | |
|
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2944 Lisp_Object tem = Flookup_key (maps[i], keys, accept_default); |
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2945 |
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2946 if (FIXNUMP (tem)) |
| 428 | 2947 { |
| 2948 /* Too long in some local map means don't look at global map */ | |
| 2949 return Qnil; | |
| 2950 } | |
|
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2951 |
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2952 if (!NILP (tem) && NILP (no_remap) && SYMBOLP (tem)) |
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2953 { |
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2954 Lisp_Object remap = command_remapping (tem, nmaps, maps); |
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2955 return NILP (remap) ? tem : remap; |
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2956 } |
| 428 | 2957 } |
| 2958 return Qnil; | |
| 2959 } | |
| 2960 | |
| 2961 static Lisp_Object | |
| 2962 process_event_binding_result (Lisp_Object result) | |
| 2963 { | |
| 2964 if (EQ (result, Qundefined)) | |
| 3025 | 2965 /* The suppress-keymap function binds keys to `undefined' - special-case |
| 428 | 2966 that here, so that being bound to that has the same error-behavior as |
| 2967 not being defined at all. | |
| 2968 */ | |
| 2969 result = Qnil; | |
| 2970 if (!NILP (result)) | |
| 2971 { | |
| 2972 Lisp_Object map; | |
| 2973 /* Snap out possible keymap indirections */ | |
| 2974 map = get_keymap (result, 0, 1); | |
| 2975 if (!NILP (map)) | |
| 2976 result = map; | |
| 2977 } | |
| 2978 | |
| 2979 return result; | |
| 2980 } | |
| 2981 | |
| 2982 /* Attempts to find a command corresponding to the event-sequence | |
| 2983 whose head is event0 (sequence is threaded though event_next). | |
| 2984 | |
| 2985 The return value will be | |
| 2986 | |
| 2987 -- nil (there is no binding; this will also be returned | |
| 2988 whenever the event chain is "too long", i.e. there | |
| 2989 is a non-nil, non-keymap binding for a prefix of | |
| 2990 the event chain) | |
| 2991 -- a keymap (part of a command has been specified) | |
| 2992 -- a command (anything that satisfies `commandp'; this includes | |
| 2993 some symbols, lists, subrs, strings, vectors, and | |
| 2994 compiled-function objects) */ | |
| 2995 Lisp_Object | |
| 2996 event_binding (Lisp_Object event0, int accept_default) | |
| 2997 { | |
| 2998 /* This function can GC */ | |
| 2999 Lisp_Object maps[100]; | |
| 3000 int nmaps; | |
| 3001 | |
| 3002 assert (EVENTP (event0)); | |
| 3003 | |
|
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3004 nmaps = get_relevant_keymaps (event0, Qnil, countof (maps), maps); |
| 428 | 3005 if (nmaps > countof (maps)) |
| 3006 nmaps = countof (maps); | |
| 3007 return process_event_binding_result (lookup_events (event0, nmaps, maps, | |
| 3008 accept_default)); | |
| 3009 } | |
| 3010 | |
| 3011 /* like event_binding, but specify a keymap to search */ | |
| 3012 | |
| 3013 Lisp_Object | |
| 3014 event_binding_in (Lisp_Object event0, Lisp_Object keymap, int accept_default) | |
| 3015 { | |
| 3016 /* This function can GC */ | |
| 3017 if (!KEYMAPP (keymap)) | |
| 3018 return Qnil; | |
| 3019 | |
| 3020 return process_event_binding_result (lookup_events (event0, 1, &keymap, | |
| 3021 accept_default)); | |
| 3022 } | |
| 3023 | |
| 3024 /* Attempts to find a function key mapping corresponding to the | |
| 3025 event-sequence whose head is event0 (sequence is threaded through | |
| 3026 event_next). The return value will be the same as for event_binding(). */ | |
| 3027 Lisp_Object | |
| 3028 munging_key_map_event_binding (Lisp_Object event0, | |
| 3029 enum munge_me_out_the_door munge) | |
| 3030 { | |
| 3031 Lisp_Object keymap = (munge == MUNGE_ME_FUNCTION_KEY) ? | |
| 3032 CONSOLE_FUNCTION_KEY_MAP (event_console_or_selected (event0)) : | |
| 3033 Vkey_translation_map; | |
| 3034 | |
| 3035 if (NILP (keymap)) | |
| 3036 return Qnil; | |
| 3037 | |
| 3038 return process_event_binding_result (lookup_events (event0, 1, &keymap, 1)); | |
| 3039 } | |
| 3040 | |
| 3041 | |
| 3042 /************************************************************************/ | |
| 3043 /* Setting/querying the global and local maps */ | |
| 3044 /************************************************************************/ | |
| 3045 | |
| 3046 DEFUN ("use-global-map", Fuse_global_map, 1, 1, 0, /* | |
| 3047 Select KEYMAP as the global keymap. | |
| 3048 */ | |
| 3049 (keymap)) | |
| 3050 { | |
| 3051 /* This function can GC */ | |
| 3052 keymap = get_keymap (keymap, 1, 1); | |
| 3053 Vcurrent_global_map = keymap; | |
| 3054 return Qnil; | |
| 3055 } | |
| 3056 | |
| 3057 DEFUN ("use-local-map", Fuse_local_map, 1, 2, 0, /* | |
| 3058 Select KEYMAP as the local keymap in BUFFER. | |
| 3059 If KEYMAP is nil, that means no local keymap. | |
| 3060 If BUFFER is nil, the current buffer is assumed. | |
| 3061 */ | |
| 3062 (keymap, buffer)) | |
| 3063 { | |
| 3064 /* This function can GC */ | |
| 3065 struct buffer *b = decode_buffer (buffer, 0); | |
| 3066 if (!NILP (keymap)) | |
| 3067 keymap = get_keymap (keymap, 1, 1); | |
| 3068 | |
| 3069 b->keymap = keymap; | |
| 3070 | |
| 3071 return Qnil; | |
| 3072 } | |
| 3073 | |
| 3074 DEFUN ("current-local-map", Fcurrent_local_map, 0, 1, 0, /* | |
| 3075 Return BUFFER's local keymap, or nil if it has none. | |
| 3076 If BUFFER is nil, the current buffer is assumed. | |
| 3077 */ | |
| 3078 (buffer)) | |
| 3079 { | |
| 3080 struct buffer *b = decode_buffer (buffer, 0); | |
| 3081 return b->keymap; | |
| 3082 } | |
| 3083 | |
| 3084 DEFUN ("current-global-map", Fcurrent_global_map, 0, 0, 0, /* | |
| 3085 Return the current global keymap. | |
| 3086 */ | |
| 3087 ()) | |
| 3088 { | |
| 3089 return Vcurrent_global_map; | |
| 3090 } | |
| 3091 | |
| 3092 | |
| 3093 /************************************************************************/ | |
| 3094 /* Mapping over keymap elements */ | |
| 3095 /************************************************************************/ | |
| 3096 | |
| 3097 /* Since keymaps are arranged in a hierarchy, one keymap per bucky bit or | |
| 3098 prefix key, it's not entirely obvious what map-keymap should do, but | |
| 3099 what it does is: map over all keys in this map; then recursively map | |
| 3100 over all submaps of this map that are "bucky" submaps. This means that, | |
| 3101 when mapping over a keymap, it appears that "x" and "C-x" are in the | |
| 3102 same map, although "C-x" is really in the "control" submap of this one. | |
| 3103 However, since we don't recursively descend the submaps that are bound | |
| 3104 to prefix keys (like C-x, C-h, etc) the caller will have to recurse on | |
| 3105 those explicitly, if that's what they want. | |
| 3106 | |
| 3107 So the end result of this is that the bucky keymaps (the ones indexed | |
| 3108 under the large integers returned from MAKE_MODIFIER_HASH_KEY()) are | |
| 3109 invisible from elisp. They're just an implementation detail that code | |
| 3110 outside of this file doesn't need to know about. | |
| 3111 */ | |
| 3112 | |
| 3113 struct map_keymap_unsorted_closure | |
| 3114 { | |
| 934 | 3115 void (*fn) (const Lisp_Key_Data *, Lisp_Object binding, void *arg); |
| 428 | 3116 void *arg; |
| 442 | 3117 int modifiers; |
| 428 | 3118 }; |
| 3119 | |
| 3120 /* used by map_keymap() */ | |
| 3121 static int | |
| 3122 map_keymap_unsorted_mapper (Lisp_Object keysym, Lisp_Object value, | |
| 3123 void *map_keymap_unsorted_closure) | |
| 3124 { | |
| 3125 /* This function can GC */ | |
| 3126 struct map_keymap_unsorted_closure *closure = | |
| 3127 (struct map_keymap_unsorted_closure *) map_keymap_unsorted_closure; | |
| 442 | 3128 int modifiers = closure->modifiers; |
| 3129 int mod_bit; | |
| 428 | 3130 mod_bit = MODIFIER_HASH_KEY_BITS (keysym); |
| 3131 if (mod_bit != 0) | |
| 3132 { | |
| 3133 int omod = modifiers; | |
| 3134 closure->modifiers = (modifiers | mod_bit); | |
| 3135 value = get_keymap (value, 1, 0); | |
| 3136 elisp_maphash (map_keymap_unsorted_mapper, | |
| 3137 XKEYMAP (value)->table, | |
| 3138 map_keymap_unsorted_closure); | |
| 3139 closure->modifiers = omod; | |
| 3140 } | |
| 3141 else | |
| 3142 { | |
| 934 | 3143 Lisp_Key_Data key; |
| 428 | 3144 key.keysym = keysym; |
| 3145 key.modifiers = modifiers; | |
| 3146 ((*closure->fn) (&key, value, closure->arg)); | |
| 3147 } | |
| 3148 return 0; | |
| 3149 } | |
| 3150 | |
| 3151 | |
| 3152 struct map_keymap_sorted_closure | |
| 3153 { | |
| 3154 Lisp_Object *result_locative; | |
| 3155 }; | |
| 3156 | |
| 3157 /* used by map_keymap_sorted() */ | |
| 3158 static int | |
| 3159 map_keymap_sorted_mapper (Lisp_Object key, Lisp_Object value, | |
| 3160 void *map_keymap_sorted_closure) | |
| 3161 { | |
| 3162 struct map_keymap_sorted_closure *cl = | |
| 3163 (struct map_keymap_sorted_closure *) map_keymap_sorted_closure; | |
| 3164 Lisp_Object *list = cl->result_locative; | |
| 3165 *list = Fcons (Fcons (key, value), *list); | |
| 3166 return 0; | |
| 3167 } | |
| 3168 | |
| 3169 | |
| 3170 /* used by map_keymap_sorted(), describe_map_sort_predicate(), | |
| 3171 and keymap_submaps(). | |
| 3172 */ | |
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3173 static Boolint |
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3174 map_keymap_sort_predicate (Lisp_Object UNUSED (pred), Lisp_Object UNUSED (key), |
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3175 Lisp_Object obj1, Lisp_Object obj2) |
| 428 | 3176 { |
| 3177 /* obj1 and obj2 are conses with keysyms in their cars. Cdrs are ignored. | |
| 3178 */ | |
| 442 | 3179 int bit1, bit2; |
| 428 | 3180 int sym1_p = 0; |
| 3181 int sym2_p = 0; | |
| 2828 | 3182 extern Lisp_Object Qcharacter_of_keysym; |
| 3183 | |
| 428 | 3184 obj1 = XCAR (obj1); |
| 3185 obj2 = XCAR (obj2); | |
| 3186 | |
| 3187 if (EQ (obj1, obj2)) | |
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3188 return 0; |
| 428 | 3189 bit1 = MODIFIER_HASH_KEY_BITS (obj1); |
| 3190 bit2 = MODIFIER_HASH_KEY_BITS (obj2); | |
| 3191 | |
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3192 /* If either is a symbol with a Qcharacter_of_keysym property, then sort |
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3193 it by that code instead of alphabetically. |
| 428 | 3194 */ |
| 3195 if (! bit1 && SYMBOLP (obj1)) | |
| 3196 { | |
| 2828 | 3197 Lisp_Object code = Fget (obj1, Qcharacter_of_keysym, Qnil); |
| 428 | 3198 if (CHAR_OR_CHAR_INTP (code)) |
| 3199 { | |
| 3200 obj1 = code; | |
| 3201 CHECK_CHAR_COERCE_INT (obj1); | |
| 3202 sym1_p = 1; | |
| 3203 } | |
| 3204 } | |
| 3205 if (! bit2 && SYMBOLP (obj2)) | |
| 3206 { | |
| 2828 | 3207 Lisp_Object code = Fget (obj2, Qcharacter_of_keysym, Qnil); |
| 428 | 3208 if (CHAR_OR_CHAR_INTP (code)) |
| 3209 { | |
| 3210 obj2 = code; | |
| 3211 CHECK_CHAR_COERCE_INT (obj2); | |
| 3212 sym2_p = 1; | |
| 3213 } | |
| 3214 } | |
| 3215 | |
| 3216 /* all symbols (non-ASCIIs) come after characters (ASCIIs) */ | |
| 3217 if (XTYPE (obj1) != XTYPE (obj2)) | |
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3218 return SYMBOLP (obj2); |
| 428 | 3219 |
| 3220 if (! bit1 && CHARP (obj1)) /* they're both ASCII */ | |
| 3221 { | |
| 3222 int o1 = XCHAR (obj1); | |
| 3223 int o2 = XCHAR (obj2); | |
| 3224 if (o1 == o2 && /* If one started out as a symbol and the */ | |
| 3225 sym1_p != sym2_p) /* other didn't, the symbol comes last. */ | |
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3226 return sym2_p; |
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3227 |
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3228 return o1 < o2; /* else just compare them */ |
| 428 | 3229 } |
| 3230 | |
| 3231 /* else they're both symbols. If they're both buckys, then order them. */ | |
| 3232 if (bit1 && bit2) | |
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3233 return bit1 < bit2; |
| 428 | 3234 |
| 3235 /* if only one is a bucky, then it comes later */ | |
| 3236 if (bit1 || bit2) | |
|
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3237 return bit2; |
| 428 | 3238 |
| 3239 /* otherwise, string-sort them. */ | |
| 3240 { | |
| 867 | 3241 Ibyte *s1 = XSTRING_DATA (XSYMBOL (obj1)->name); |
| 3242 Ibyte *s2 = XSTRING_DATA (XSYMBOL (obj2)->name); | |
|
5350
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
3243 return 0 > qxestrcmp (s1, s2); |
| 428 | 3244 } |
| 3245 } | |
| 3246 | |
| 3247 | |
| 3248 /* used by map_keymap() */ | |
| 3249 static void | |
| 3250 map_keymap_sorted (Lisp_Object keymap_table, | |
| 442 | 3251 int modifiers, |
| 934 | 3252 void (*function) (const Lisp_Key_Data *key, |
| 428 | 3253 Lisp_Object binding, |
| 3254 void *map_keymap_sorted_closure), | |
| 3255 void *map_keymap_sorted_closure) | |
| 3256 { | |
| 3257 /* This function can GC */ | |
| 3258 struct gcpro gcpro1; | |
| 3259 Lisp_Object contents = Qnil; | |
| 3260 | |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
3261 if (XFIXNUM (Fhash_table_count (keymap_table)) == 0) |
| 428 | 3262 return; |
| 3263 | |
| 3264 GCPRO1 (contents); | |
| 3265 | |
| 3266 { | |
| 3267 struct map_keymap_sorted_closure c1; | |
| 3268 c1.result_locative = &contents; | |
| 3269 elisp_maphash (map_keymap_sorted_mapper, keymap_table, &c1); | |
| 3270 } | |
|
5182
2e528066e2fc
Move #'sort*, #'fill, #'merge to C from cl-seq.el.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5146
diff
changeset
|
3271 contents = list_sort (contents, map_keymap_sort_predicate, Qnil, Qidentity); |
| 428 | 3272 for (; !NILP (contents); contents = XCDR (contents)) |
| 3273 { | |
| 3274 Lisp_Object keysym = XCAR (XCAR (contents)); | |
| 3275 Lisp_Object binding = XCDR (XCAR (contents)); | |
| 442 | 3276 int sub_bits = MODIFIER_HASH_KEY_BITS (keysym); |
| 428 | 3277 if (sub_bits != 0) |
| 3278 map_keymap_sorted (XKEYMAP (get_keymap (binding, | |
| 3279 1, 1))->table, | |
| 3280 (modifiers | sub_bits), | |
| 3281 function, | |
| 3282 map_keymap_sorted_closure); | |
| 3283 else | |
| 3284 { | |
| 934 | 3285 Lisp_Key_Data k; |
| 428 | 3286 k.keysym = keysym; |
| 3287 k.modifiers = modifiers; | |
| 3288 ((*function) (&k, binding, map_keymap_sorted_closure)); | |
| 3289 } | |
| 3290 } | |
| 3291 UNGCPRO; | |
| 3292 } | |
| 3293 | |
| 3294 | |
| 3295 /* used by Fmap_keymap() */ | |
| 3296 static void | |
| 934 | 3297 map_keymap_mapper (const Lisp_Key_Data *key, |
| 428 | 3298 Lisp_Object binding, |
| 3299 void *function) | |
| 3300 { | |
| 3301 /* This function can GC */ | |
| 3302 Lisp_Object fn; | |
| 5013 | 3303 fn = GET_LISP_FROM_VOID (function); |
|
5679
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3304 |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3305 /* Don't expose our remapping here. */ |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3306 if (EQ (KEY_DATA_KEYSYM (key), Qxemacs_command_remapping)) |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3307 { |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3308 return; |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3309 } |
|
a81a739181dc
Add command remapping, a more robust alternative to #'substitute-key-definition
Aidan Kehoe <kehoea@parhasard.net>
parents:
5581
diff
changeset
|
3310 |
| 428 | 3311 call2 (fn, make_key_description (key, 1), binding); |
| 3312 } | |
| 3313 | |
| 3314 | |
| 3315 static void | |
| 3316 map_keymap (Lisp_Object keymap_table, int sort_first, | |
| 934 | 3317 void (*function) (const Lisp_Key_Data *key, |
| 428 | 3318 Lisp_Object binding, |
| 3319 void *fn_arg), | |
| 3320 void *fn_arg) | |
| 3321 { | |
| 3322 /* This function can GC */ | |
| 3323 if (sort_first) | |
| 3324 map_keymap_sorted (keymap_table, 0, function, fn_arg); | |
| 3325 else | |
| 3326 { | |
| 3327 struct map_keymap_unsorted_closure map_keymap_unsorted_closure; | |
| 3328 map_keymap_unsorted_closure.fn = function; | |
| 3329 map_keymap_unsorted_closure.arg = fn_arg; | |
| 3330 map_keymap_unsorted_closure.modifiers = 0; | |
| 3331 elisp_maphash (map_keymap_unsorted_mapper, keymap_table, | |
| 3332 &map_keymap_unsorted_closure); | |
| 3333 } | |
| 3334 } | |
| 3335 | |
| 3336 DEFUN ("map-keymap", Fmap_keymap, 2, 3, 0, /* | |
| 3337 Apply FUNCTION to each element of KEYMAP. | |
| 3338 FUNCTION will be called with two arguments: a key-description list, and | |
| 3339 the binding. The order in which the elements of the keymap are passed to | |
| 3340 the function is unspecified. If the function inserts new elements into | |
| 3341 the keymap, it may or may not be called with them later. No element of | |
| 3342 the keymap will ever be passed to the function more than once. | |
| 3343 | |
| 3344 The function will not be called on elements of this keymap's parents | |
| 3345 \(see the function `keymap-parents') or upon keymaps which are contained | |
| 3346 within this keymap (multi-character definitions). | |
| 3347 It will be called on "meta" characters since they are not really | |
| 3348 two-character sequences. | |
| 3349 | |
| 3350 If the optional third argument SORT-FIRST is non-nil, then the elements of | |
| 3351 the keymap will be passed to the mapper function in a canonical order. | |
| 3352 Otherwise, they will be passed in hash (that is, random) order, which is | |
| 3353 faster. | |
| 3354 */ | |
| 3355 (function, keymap, sort_first)) | |
| 3356 { | |
| 3357 /* This function can GC */ | |
| 489 | 3358 struct gcpro gcpro1, gcpro2; |
| 428 | 3359 |
| 3360 /* tolerate obviously transposed args */ | |
| 3361 if (!NILP (Fkeymapp (function))) | |
| 3362 { | |
| 3363 Lisp_Object tmp = function; | |
| 3364 function = keymap; | |
| 3365 keymap = tmp; | |
| 3366 } | |
| 489 | 3367 GCPRO2 (function, keymap); |
| 428 | 3368 keymap = get_keymap (keymap, 1, 1); |
| 489 | 3369 map_keymap (XKEYMAP (keymap)->table, !NILP (sort_first), |
| 5013 | 3370 map_keymap_mapper, STORE_LISP_IN_VOID (function)); |
| 428 | 3371 UNGCPRO; |
| 3372 return Qnil; | |
| 3373 } | |
| 3374 | |
| 3375 | |
| 3376 | |
| 3377 /************************************************************************/ | |
| 3378 /* Accessible keymaps */ | |
| 3379 /************************************************************************/ | |
| 3380 | |
| 3381 struct accessible_keymaps_closure | |
| 3382 { | |
| 3383 Lisp_Object tail; | |
| 3384 }; | |
| 3385 | |
| 3386 | |
| 3387 static void | |
| 3388 accessible_keymaps_mapper_1 (Lisp_Object keysym, Lisp_Object contents, | |
| 442 | 3389 int modifiers, |
| 428 | 3390 struct accessible_keymaps_closure *closure) |
| 3391 { | |
| 3392 /* This function can GC */ | |
| 442 | 3393 int subbits = MODIFIER_HASH_KEY_BITS (keysym); |
| 428 | 3394 |
| 3395 if (subbits != 0) | |
| 3396 { | |
| 3397 Lisp_Object submaps; | |
| 3398 | |
| 3399 contents = get_keymap (contents, 1, 1); | |
| 3400 submaps = keymap_submaps (contents); | |
| 3401 for (; !NILP (submaps); submaps = XCDR (submaps)) | |
| 3402 { | |
| 3403 accessible_keymaps_mapper_1 (XCAR (XCAR (submaps)), | |
| 3404 XCDR (XCAR (submaps)), | |
| 3405 (subbits | modifiers), | |
| 3406 closure); | |
| 3407 } | |
| 3408 } | |
| 3409 else | |
| 3410 { | |
| 3411 Lisp_Object thisseq = Fcar (Fcar (closure->tail)); | |
| 3412 Lisp_Object cmd = get_keyelt (contents, 1); | |
| 3413 Lisp_Object vec; | |
| 3414 int j; | |
| 3415 int len; | |
| 934 | 3416 Lisp_Key_Data key; |
| 428 | 3417 key.keysym = keysym; |
| 3418 key.modifiers = modifiers; | |
| 3419 | |
|
5050
6f2158fa75ed
Fix quick-build, use asserts() in place of ABORT()
Ben Wing <ben@xemacs.org>
parents:
5013
diff
changeset
|
3420 assert (!NILP (cmd)); |
| 428 | 3421 cmd = get_keymap (cmd, 0, 1); |
|
5050
6f2158fa75ed
Fix quick-build, use asserts() in place of ABORT()
Ben Wing <ben@xemacs.org>
parents:
5013
diff
changeset
|
3422 assert (KEYMAPP (cmd)); |
| 428 | 3423 |
| 3424 vec = make_vector (XVECTOR_LENGTH (thisseq) + 1, Qnil); | |
| 3425 len = XVECTOR_LENGTH (thisseq); | |
| 3426 for (j = 0; j < len; j++) | |
| 3427 XVECTOR_DATA (vec) [j] = XVECTOR_DATA (thisseq) [j]; | |
| 3428 XVECTOR_DATA (vec) [j] = make_key_description (&key, 1); | |
| 3429 | |
| 3430 nconc2 (closure->tail, list1 (Fcons (vec, cmd))); | |
| 3431 } | |
| 3432 } | |
| 3433 | |
| 3434 | |
| 3435 static Lisp_Object | |
| 3436 accessible_keymaps_keymap_mapper (Lisp_Object thismap, void *arg) | |
| 3437 { | |
| 3438 /* This function can GC */ | |
| 3439 struct accessible_keymaps_closure *closure = | |
| 3440 (struct accessible_keymaps_closure *) arg; | |
| 3441 Lisp_Object submaps = keymap_submaps (thismap); | |
| 3442 | |
| 3443 for (; !NILP (submaps); submaps = XCDR (submaps)) | |
| 3444 { | |
| 3445 accessible_keymaps_mapper_1 (XCAR (XCAR (submaps)), | |
| 3446 XCDR (XCAR (submaps)), | |
| 3447 0, | |
| 3448 closure); | |
| 3449 } | |
| 3450 return Qnil; | |
| 3451 } | |
| 3452 | |
| 3453 | |
| 3454 DEFUN ("accessible-keymaps", Faccessible_keymaps, 1, 2, 0, /* | |
| 3455 Find all keymaps accessible via prefix characters from KEYMAP. | |
| 3456 Returns a list of elements of the form (KEYS . MAP), where the sequence | |
| 3457 KEYS starting from KEYMAP gets you to MAP. These elements are ordered | |
| 3458 so that the KEYS increase in length. The first element is ([] . KEYMAP). | |
| 3459 An optional argument PREFIX, if non-nil, should be a key sequence; | |
| 3460 then the value includes only maps for prefixes that start with PREFIX. | |
| 3461 */ | |
| 3462 (keymap, prefix)) | |
| 3463 { | |
| 3464 /* This function can GC */ | |
| 3465 struct gcpro gcpro1, gcpro2, gcpro3, gcpro4; | |
| 3466 Lisp_Object accessible_keymaps = Qnil; | |
| 3467 struct accessible_keymaps_closure c; | |
| 3468 c.tail = Qnil; | |
| 3469 GCPRO4 (accessible_keymaps, c.tail, prefix, keymap); | |
| 3470 | |
| 440 | 3471 keymap = get_keymap (keymap, 1, 1); |
| 3472 | |
| 428 | 3473 retry: |
| 3474 if (NILP (prefix)) | |
| 3475 { | |
| 440 | 3476 prefix = make_vector (0, Qnil); |
| 428 | 3477 } |
| 440 | 3478 else if (VECTORP (prefix) || STRINGP (prefix)) |
| 428 | 3479 { |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
3480 int len = XFIXNUM (Flength (prefix)); |
| 440 | 3481 Lisp_Object def; |
| 428 | 3482 Lisp_Object p; |
| 3483 int iii; | |
| 3484 struct gcpro ngcpro1; | |
| 3485 | |
| 440 | 3486 if (len == 0) |
| 3487 { | |
| 3488 prefix = Qnil; | |
| 3489 goto retry; | |
| 3490 } | |
| 3491 | |
| 3492 def = Flookup_key (keymap, prefix, Qnil); | |
| 428 | 3493 def = get_keymap (def, 0, 1); |
| 3494 if (!KEYMAPP (def)) | |
| 3495 goto RETURN; | |
| 3496 | |
| 3497 keymap = def; | |
| 3498 p = make_vector (len, Qnil); | |
| 3499 NGCPRO1 (p); | |
| 3500 for (iii = 0; iii < len; iii++) | |
| 3501 { | |
| 934 | 3502 Lisp_Key_Data key; |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
3503 define_key_parser (Faref (prefix, make_fixnum (iii)), &key); |
| 428 | 3504 XVECTOR_DATA (p)[iii] = make_key_description (&key, 1); |
| 3505 } | |
| 3506 NUNGCPRO; | |
| 3507 prefix = p; | |
| 3508 } | |
| 440 | 3509 else |
| 3510 { | |
| 3511 prefix = wrong_type_argument (Qarrayp, prefix); | |
| 3512 goto retry; | |
| 3513 } | |
| 428 | 3514 |
| 3515 accessible_keymaps = list1 (Fcons (prefix, keymap)); | |
| 3516 | |
| 440 | 3517 /* For each map in the list maps, look at any other maps it points |
| 3518 to and stick them at the end if they are not already in the list */ | |
| 428 | 3519 |
| 3520 for (c.tail = accessible_keymaps; | |
| 3521 !NILP (c.tail); | |
| 3522 c.tail = XCDR (c.tail)) | |
| 3523 { | |
| 3524 Lisp_Object thismap = Fcdr (Fcar (c.tail)); | |
| 3525 CHECK_KEYMAP (thismap); | |
| 3526 traverse_keymaps (thismap, Qnil, | |
| 3527 accessible_keymaps_keymap_mapper, &c); | |
| 3528 } | |
| 3529 RETURN: | |
| 3530 UNGCPRO; | |
| 3531 return accessible_keymaps; | |
| 3532 } | |
| 3533 | |
| 3534 | |
| 3535 | |
| 3536 /************************************************************************/ | |
| 3537 /* Pretty descriptions of key sequences */ | |
| 3538 /************************************************************************/ | |
| 3539 | |
| 3540 DEFUN ("key-description", Fkey_description, 1, 1, 0, /* | |
| 3541 Return a pretty description of key-sequence KEYS. | |
| 3542 Control characters turn into "C-foo" sequences, meta into "M-foo", | |
| 3543 spaces are put between sequence elements, etc... | |
| 3544 */ | |
| 3545 (keys)) | |
| 3546 { | |
| 3547 if (CHAR_OR_CHAR_INTP (keys) || CONSP (keys) || SYMBOLP (keys) | |
| 3548 || EVENTP (keys)) | |
| 3549 { | |
| 3550 return Fsingle_key_description (keys); | |
| 3551 } | |
| 3552 else if (VECTORP (keys) || | |
| 3553 STRINGP (keys)) | |
| 3554 { | |
| 3555 Lisp_Object string = Qnil; | |
| 3556 /* Lisp_Object sep = Qnil; */ | |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
3557 int size = XFIXNUM (Flength (keys)); |
| 428 | 3558 int i; |
| 3559 | |
| 3560 for (i = 0; i < size; i++) | |
| 3561 { | |
| 3562 Lisp_Object s2 = Fsingle_key_description | |
| 3563 (STRINGP (keys) | |
| 867 | 3564 ? make_char (string_ichar (keys, i)) |
| 428 | 3565 : XVECTOR_DATA (keys)[i]); |
| 3566 | |
| 3567 if (i == 0) | |
| 3568 string = s2; | |
| 3569 else | |
| 3570 { | |
|
4952
19a72041c5ed
Mule-izing, various fixes related to char * arguments
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
3571 /* if (NILP (sep)) Lisp_Object sep = build_ascstring (" ") */; |
| 428 | 3572 string = concat2 (string, concat2 (Vsingle_space_string, s2)); |
| 3573 } | |
| 3574 } | |
| 3575 return string; | |
| 3576 } | |
| 3577 return Fkey_description (wrong_type_argument (Qsequencep, keys)); | |
| 3578 } | |
| 3579 | |
| 3580 DEFUN ("single-key-description", Fsingle_key_description, 1, 1, 0, /* | |
| 3581 Return a pretty description of command character KEY. | |
| 3582 Control characters turn into C-whatever, etc. | |
| 3583 This differs from `text-char-description' in that it returns a description | |
| 3584 of a key read from the user rather than a character from a buffer. | |
| 3585 */ | |
| 3586 (key)) | |
| 3587 { | |
| 3588 if (SYMBOLP (key)) | |
| 3589 key = Fcons (key, Qnil); /* sleaze sleaze */ | |
| 3590 | |
| 3591 if (EVENTP (key) || CHAR_OR_CHAR_INTP (key)) | |
| 3592 { | |
| 793 | 3593 DECLARE_EISTRING_MALLOC (buf); |
| 3594 Lisp_Object str; | |
| 3595 | |
| 428 | 3596 if (!EVENTP (key)) |
| 3597 { | |
| 934 | 3598 Lisp_Object event = Fmake_event (Qnil, Qnil); |
| 3599 CHECK_CHAR_COERCE_INT (key); | |
| 1204 | 3600 character_to_event (XCHAR (key), XEVENT (event), |
|
4780
2fd201d73a92
Call character_to_event on characters received from XIM, event-Xt.c
Aidan Kehoe <kehoea@parhasard.net>
parents:
4355
diff
changeset
|
3601 XCONSOLE (Vselected_console), |
|
2fd201d73a92
Call character_to_event on characters received from XIM, event-Xt.c
Aidan Kehoe <kehoea@parhasard.net>
parents:
4355
diff
changeset
|
3602 high_bit_is_meta, 1); |
| 934 | 3603 format_event_object (buf, event, 1); |
| 1204 | 3604 Fdeallocate_event (event); |
| 934 | 3605 } |
| 3606 else | |
| 3607 format_event_object (buf, key, 1); | |
| 793 | 3608 str = eimake_string (buf); |
| 3609 eifree (buf); | |
| 3610 return str; | |
| 428 | 3611 } |
| 3612 | |
| 3613 if (CONSP (key)) | |
| 3614 { | |
| 793 | 3615 DECLARE_EISTRING (bufp); |
| 3616 | |
| 428 | 3617 Lisp_Object rest; |
| 3618 LIST_LOOP (rest, key) | |
| 3619 { | |
| 3620 Lisp_Object keysym = XCAR (rest); | |
| 2421 | 3621 if (EQ (keysym, Qcontrol)) eicat_ascii (bufp, "C-"); |
| 3622 else if (EQ (keysym, Qctrl)) eicat_ascii (bufp, "C-"); | |
| 3623 else if (EQ (keysym, Qmeta)) eicat_ascii (bufp, "M-"); | |
| 3624 else if (EQ (keysym, Qsuper)) eicat_ascii (bufp, "S-"); | |
| 3625 else if (EQ (keysym, Qhyper)) eicat_ascii (bufp, "H-"); | |
| 3626 else if (EQ (keysym, Qalt)) eicat_ascii (bufp, "A-"); | |
| 3627 else if (EQ (keysym, Qshift)) eicat_ascii (bufp, "Sh-"); | |
| 428 | 3628 else if (CHAR_OR_CHAR_INTP (keysym)) |
| 793 | 3629 eicat_ch (bufp, XCHAR_OR_CHAR_INT (keysym)); |
| 428 | 3630 else |
| 3631 { | |
| 3632 CHECK_SYMBOL (keysym); | |
| 3633 #if 0 /* This is bogus */ | |
| 2421 | 3634 if (EQ (keysym, QKlinefeed)) eicat_ascii (bufp, "LFD"); |
| 3635 else if (EQ (keysym, QKtab)) eicat_ascii (bufp, "TAB"); | |
| 3636 else if (EQ (keysym, QKreturn)) eicat_ascii (bufp, "RET"); | |
| 3637 else if (EQ (keysym, QKescape)) eicat_ascii (bufp, "ESC"); | |
| 3638 else if (EQ (keysym, QKdelete)) eicat_ascii (bufp, "DEL"); | |
| 3639 else if (EQ (keysym, QKspace)) eicat_ascii (bufp, "SPC"); | |
| 3640 else if (EQ (keysym, QKbackspace)) eicat_ascii (bufp, "BS"); | |
| 428 | 3641 else |
| 3642 #endif | |
| 793 | 3643 eicat_lstr (bufp, XSYMBOL (keysym)->name); |
| 428 | 3644 if (!NILP (XCDR (rest))) |
| 793 | 3645 invalid_argument ("Invalid key description", key); |
| 428 | 3646 } |
| 3647 } | |
| 793 | 3648 return eimake_string (bufp); |
| 428 | 3649 } |
| 3650 return Fsingle_key_description | |
| 3651 (wrong_type_argument (intern ("char-or-event-p"), key)); | |
| 3652 } | |
| 3653 | |
| 3654 DEFUN ("text-char-description", Ftext_char_description, 1, 1, 0, /* | |
| 3655 Return a pretty description of file-character CHR. | |
| 3656 Unprintable characters turn into "^char" or \\NNN, depending on the value | |
| 3657 of the `ctl-arrow' variable. | |
| 3658 This differs from `single-key-description' in that it returns a description | |
| 3659 of a character from a buffer rather than a key read from the user. | |
| 3660 */ | |
| 3661 (chr)) | |
| 3662 { | |
| 867 | 3663 Ibyte buf[200]; |
| 3664 Ibyte *p; | |
| 3665 Ichar c; | |
| 428 | 3666 Lisp_Object ctl_arrow = current_buffer->ctl_arrow; |
| 3667 int ctl_p = !NILP (ctl_arrow); | |
| 867 | 3668 Ichar printable_min = (CHAR_OR_CHAR_INTP (ctl_arrow) |
| 428 | 3669 ? XCHAR_OR_CHAR_INT (ctl_arrow) |
| 3670 : ((EQ (ctl_arrow, Qt) || NILP (ctl_arrow)) | |
| 3671 ? 256 : 160)); | |
| 3672 | |
| 3673 if (EVENTP (chr)) | |
| 3674 { | |
| 2862 | 3675 Lisp_Object ch = Fevent_to_character (chr, Qnil, Qnil, Qnil); |
| 428 | 3676 if (NILP (ch)) |
| 3677 return | |
| 563 | 3678 signal_continuable_error |
| 3679 (Qinvalid_argument, | |
| 2828 | 3680 "key has no character equivalent (that we know of)", |
| 3681 Fcopy_event (chr, Qnil)); | |
| 428 | 3682 chr = ch; |
| 3683 } | |
| 3684 | |
| 3685 CHECK_CHAR_COERCE_INT (chr); | |
| 3686 | |
| 3687 c = XCHAR (chr); | |
| 3688 p = buf; | |
| 3689 | |
| 3690 if (c >= printable_min) | |
| 3691 { | |
| 867 | 3692 p += set_itext_ichar (p, c); |
| 428 | 3693 } |
| 3694 else if (c < 040 && ctl_p) | |
| 3695 { | |
| 3696 *p++ = '^'; | |
| 3697 *p++ = c + 64; /* 'A' - 1 */ | |
| 3698 } | |
| 3699 else if (c == 0177) | |
| 3700 { | |
| 3701 *p++ = '^'; | |
| 3702 *p++ = '?'; | |
| 3703 } | |
| 3704 else if (c >= 0200 || c < 040) | |
| 3705 { | |
| 3706 *p++ = '\\'; | |
| 3707 #ifdef MULE | |
| 3708 /* !!#### This syntax is not readable. It will | |
| 3709 be interpreted as a 3-digit octal number rather | |
| 3710 than a 7-digit octal number. */ | |
| 3711 if (c >= 0400) | |
| 3712 { | |
| 3713 *p++ = '0' + ((c & 07000000) >> 18); | |
| 3714 *p++ = '0' + ((c & 0700000) >> 15); | |
| 3715 *p++ = '0' + ((c & 070000) >> 12); | |
| 3716 *p++ = '0' + ((c & 07000) >> 9); | |
| 3717 } | |
| 3718 #endif | |
| 3719 *p++ = '0' + ((c & 0700) >> 6); | |
| 3720 *p++ = '0' + ((c & 0070) >> 3); | |
| 3721 *p++ = '0' + ((c & 0007)); | |
| 3722 } | |
| 3723 else | |
| 3724 { | |
| 867 | 3725 p += set_itext_ichar (p, c); |
| 428 | 3726 } |
| 3727 | |
| 3728 *p = 0; | |
|
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diff
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|
3729 return build_istring (buf); |
| 428 | 3730 } |
| 3731 | |
| 3732 | |
| 3733 /************************************************************************/ | |
| 3734 /* where-is (mapping bindings to keys) */ | |
| 3735 /************************************************************************/ | |
| 3736 | |
| 3737 static Lisp_Object | |
| 3738 where_is_internal (Lisp_Object definition, Lisp_Object *maps, int nmaps, | |
| 793 | 3739 Lisp_Object firstonly, Eistring *target_buffer); |
| 428 | 3740 |
| 3741 DEFUN ("where-is-internal", Fwhere_is_internal, 1, 5, 0, /* | |
| 3742 Return list of keys that invoke DEFINITION in KEYMAPS. | |
| 3743 KEYMAPS can be either a keymap (meaning search in that keymap and the | |
| 3744 current global keymap) or a list of keymaps (meaning search in exactly | |
| 3096 | 3745 those keymaps and no others). |
| 428 | 3746 |
| 3747 If optional 3rd arg FIRSTONLY is non-nil, return a vector representing | |
| 3748 the first key sequence found, rather than a list of all possible key | |
| 3749 sequences. | |
| 3750 | |
| 3096 | 3751 Optional 4th argument NOINDIRECT is ignored. (GNU Emacs uses it to allow |
| 3752 searching for an indirect keymap by inhibiting following of indirections to | |
| 3753 keymaps or slots, but XEmacs doesn't need it because keymaps are a type.) | |
| 3754 | |
| 3755 If optional 5th argument EVENT-OR-KEYS is non-nil and KEYMAPS is nil, | |
| 3756 search in the currently applicable maps for EVENT-OR-KEYS (this is | |
| 3757 equivalent to specifying `(current-keymaps EVENT-OR-KEYS)' as the | |
| 3758 argument to KEYMAPS). | |
| 428 | 3759 */ |
| 2286 | 3760 (definition, keymaps, firstonly, UNUSED (noindirect), event_or_keys)) |
| 428 | 3761 { |
| 3762 /* This function can GC */ | |
| 3763 Lisp_Object maps[100]; | |
| 3764 Lisp_Object *gubbish = maps; | |
| 3765 int nmaps; | |
| 3766 | |
| 3767 /* Get keymaps as an array */ | |
| 3768 if (NILP (keymaps)) | |
| 3769 { | |
|
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5581
diff
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|
3770 nmaps = get_relevant_keymaps (event_or_keys, Qnil, countof (maps), |
|
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diff
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|
3771 gubbish); |
| 428 | 3772 if (nmaps > countof (maps)) |
| 3773 { | |
| 3774 gubbish = alloca_array (Lisp_Object, nmaps); | |
|
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diff
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|
3775 nmaps = get_relevant_keymaps (event_or_keys, Qnil, nmaps, gubbish); |
| 428 | 3776 } |
| 3777 } | |
| 3778 else if (CONSP (keymaps)) | |
| 3779 { | |
| 3780 Lisp_Object rest; | |
| 3781 int i; | |
| 3782 | |
|
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diff
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|
3783 nmaps = XFIXNUM (Flength (keymaps)); |
| 428 | 3784 if (nmaps > countof (maps)) |
| 3785 { | |
| 3786 gubbish = alloca_array (Lisp_Object, nmaps); | |
| 3787 } | |
| 3788 for (rest = keymaps, i = 0; !NILP (rest); | |
| 3789 rest = XCDR (keymaps), i++) | |
| 3790 { | |
| 3791 gubbish[i] = get_keymap (XCAR (keymaps), 1, 1); | |
| 3792 } | |
| 3793 } | |
| 3794 else | |
| 3795 { | |
| 3796 nmaps = 1; | |
| 3797 gubbish[0] = get_keymap (keymaps, 1, 1); | |
| 3798 if (!EQ (gubbish[0], Vcurrent_global_map)) | |
| 3799 { | |
| 3800 gubbish[1] = Vcurrent_global_map; | |
| 3801 nmaps++; | |
| 3802 } | |
| 3803 } | |
| 3804 | |
|
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diff
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|
3805 if (!NILP (command_remapping (definition, nmaps, gubbish))) |
|
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diff
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|
3806 { |
|
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5581
diff
changeset
|
3807 return Qnil; |
|
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diff
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|
3808 } |
|
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diff
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|
3809 |
| 428 | 3810 return where_is_internal (definition, gubbish, nmaps, firstonly, 0); |
| 3811 } | |
| 3812 | |
| 3813 /* This function is like | |
| 3814 (key-description (where-is-internal definition nil t)) | |
| 3815 except that it writes its output into a (char *) buffer that you | |
| 3816 provide; it doesn't cons (or allocate memory) at all, so it's | |
| 3817 very fast. This is used by menubar.c. | |
| 3818 */ | |
| 3819 void | |
| 793 | 3820 where_is_to_char (Lisp_Object definition, Eistring *buffer) |
| 428 | 3821 { |
| 3822 /* This function can GC */ | |
| 3823 Lisp_Object maps[100]; | |
| 3824 Lisp_Object *gubbish = maps; | |
| 3825 int nmaps; | |
| 3826 | |
| 3827 /* Get keymaps as an array */ | |
|
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Aidan Kehoe <kehoea@parhasard.net>
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5581
diff
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|
3828 nmaps = get_relevant_keymaps (Qnil, Qnil, countof (maps), gubbish); |
| 428 | 3829 if (nmaps > countof (maps)) |
| 3830 { | |
| 3831 gubbish = alloca_array (Lisp_Object, nmaps); | |
|
5679
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5581
diff
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|
3832 nmaps = get_relevant_keymaps (Qnil, Qnil, nmaps, gubbish); |
| 428 | 3833 } |
| 3834 | |
| 3835 where_is_internal (definition, maps, nmaps, Qt, buffer); | |
| 3836 } | |
| 3837 | |
| 3838 | |
| 3839 static Lisp_Object | |
| 934 | 3840 raw_keys_to_keys (Lisp_Key_Data *keys, int count) |
| 428 | 3841 { |
| 3842 Lisp_Object result = make_vector (count, Qnil); | |
| 3843 while (count--) | |
| 3844 XVECTOR_DATA (result) [count] = make_key_description (&(keys[count]), 1); | |
| 3845 return result; | |
| 3846 } | |
| 3847 | |
| 3848 | |
| 3849 static void | |
| 934 | 3850 format_raw_keys (Lisp_Key_Data *keys, int count, Eistring *buf) |
| 428 | 3851 { |
| 3852 int i; | |
| 934 | 3853 Lisp_Object event = Fmake_event (Qnil, Qnil); |
| 3854 XSET_EVENT_TYPE (event, key_press_event); | |
| 3855 XSET_EVENT_CHANNEL (event, Vselected_console); | |
| 428 | 3856 for (i = 0; i < count; i++) |
| 3857 { | |
| 1204 | 3858 XSET_EVENT_KEY_KEYSYM (event, keys[i].keysym); |
| 3859 XSET_EVENT_KEY_MODIFIERS (event, KEY_DATA_MODIFIERS (&keys[i])); | |
| 934 | 3860 format_event_object (buf, event, 1); |
| 793 | 3861 if (i < count - 1) |
| 2421 | 3862 eicat_ascii (buf, " "); |
| 428 | 3863 } |
| 1204 | 3864 Fdeallocate_event (event); |
| 428 | 3865 } |
| 3866 | |
| 3867 | |
| 3868 /* definition is the thing to look for. | |
| 3869 map is a keymap. | |
| 3870 shadow is an array of shadow_count keymaps; if there is a different | |
| 3871 binding in any of the keymaps of a key that we are considering | |
| 3872 returning, then we reconsider. | |
| 3873 firstonly means give up after finding the first match; | |
| 3874 keys_so_far and modifiers_so_far describe which map we're looking in; | |
| 3875 If we're in the "meta" submap of the map that "C-x 4" is bound to, | |
| 3876 then keys_so_far will be {(control x), \4}, and modifiers_so_far | |
| 442 | 3877 will be XEMACS_MOD_META. That is, keys_so_far is the chain of keys that we |
| 428 | 3878 have followed, and modifiers_so_far_so_far is the bits (partial keys) |
| 3879 beyond that. | |
| 3880 | |
| 3881 (keys_so_far is a global buffer and the keys_count arg says how much | |
| 3882 of it we're currently interested in.) | |
| 3883 | |
| 3884 If target_buffer is provided, then we write a key-description into it, | |
| 3885 to avoid consing a string. This only works with firstonly on. | |
| 3886 */ | |
| 3887 | |
| 3888 struct where_is_closure | |
| 3889 { | |
| 3890 Lisp_Object definition; | |
| 3891 Lisp_Object *shadow; | |
| 3892 int shadow_count; | |
| 3893 int firstonly; | |
| 3894 int keys_count; | |
| 442 | 3895 int modifiers_so_far; |
| 793 | 3896 Eistring *target_buffer; |
| 934 | 3897 Lisp_Key_Data *keys_so_far; |
| 428 | 3898 int keys_so_far_total_size; |
| 3899 int keys_so_far_malloced; | |
| 3900 }; | |
| 3901 | |
| 3902 static Lisp_Object where_is_recursive_mapper (Lisp_Object map, void *arg); | |
| 3903 | |
| 3904 static Lisp_Object | |
| 3905 where_is_recursive_mapper (Lisp_Object map, void *arg) | |
| 3906 { | |
| 3907 /* This function can GC */ | |
| 3908 struct where_is_closure *c = (struct where_is_closure *) arg; | |
| 3909 Lisp_Object definition = c->definition; | |
| 442 | 3910 const int firstonly = c->firstonly; |
| 3911 const int keys_count = c->keys_count; | |
| 3912 const int modifiers_so_far = c->modifiers_so_far; | |
| 793 | 3913 Eistring *target_buffer = c->target_buffer; |
| 428 | 3914 Lisp_Object keys = Fgethash (definition, |
| 3915 XKEYMAP (map)->inverse_table, | |
| 3916 Qnil); | |
| 3917 Lisp_Object submaps; | |
| 3918 Lisp_Object result = Qnil; | |
| 3919 | |
| 3920 if (!NILP (keys)) | |
| 3921 { | |
| 3922 /* One or more keys in this map match the definition we're looking for. | |
| 3923 Verify that these bindings aren't shadowed by other bindings | |
| 3924 in the shadow maps. Either nil or number as value from | |
| 3925 raw_lookup_key() means undefined. */ | |
| 934 | 3926 Lisp_Key_Data *so_far = c->keys_so_far; |
| 428 | 3927 |
| 3928 for (;;) /* loop over all keys that match */ | |
| 3929 { | |
| 3930 Lisp_Object k = CONSP (keys) ? XCAR (keys) : keys; | |
| 3931 int i; | |
| 3932 | |
| 3933 so_far [keys_count].keysym = k; | |
| 934 | 3934 SET_KEY_DATA_MODIFIERS (&so_far [keys_count], modifiers_so_far); |
| 428 | 3935 |
| 3936 /* now loop over all shadow maps */ | |
| 3937 for (i = 0; i < c->shadow_count; i++) | |
| 3938 { | |
| 3939 Lisp_Object shadowed = raw_lookup_key (c->shadow[i], | |
| 3940 so_far, | |
| 3941 keys_count + 1, | |
| 3942 0, 1); | |
| 3943 | |
| 3944 if (NILP (shadowed) || CHARP (shadowed) || | |
| 3945 EQ (shadowed, definition)) | |
| 3946 continue; /* we passed this test; it's not shadowed here. */ | |
| 3947 else | |
| 3948 /* ignore this key binding, since it actually has a | |
| 3949 different binding in a shadowing map */ | |
| 3950 goto c_doesnt_have_proper_loop_exit_statements; | |
| 3951 } | |
| 3952 | |
| 3953 /* OK, the key is for real */ | |
| 3954 if (target_buffer) | |
| 3955 { | |
|
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6f2158fa75ed
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Ben Wing <ben@xemacs.org>
parents:
5013
diff
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|
3956 assert (firstonly); |
| 428 | 3957 format_raw_keys (so_far, keys_count + 1, target_buffer); |
|
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5470
diff
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|
3958 return make_fixnum (1); |
| 428 | 3959 } |
| 3960 else if (firstonly) | |
| 3961 return raw_keys_to_keys (so_far, keys_count + 1); | |
| 3962 else | |
| 3963 result = Fcons (raw_keys_to_keys (so_far, keys_count + 1), | |
| 3964 result); | |
| 3965 | |
| 3966 c_doesnt_have_proper_loop_exit_statements: | |
| 3967 /* now on to the next matching key ... */ | |
| 3968 if (!CONSP (keys)) break; | |
| 3969 keys = XCDR (keys); | |
| 3970 } | |
| 3971 } | |
| 3972 | |
| 3973 /* Now search the sub-keymaps of this map. | |
| 3974 If we're in "firstonly" mode and have already found one, this | |
| 3975 point is not reached. If we get one from lower down, either | |
| 3976 return it immediately (in firstonly mode) or tack it onto the | |
| 3977 end of the ones we've gotten so far. | |
| 3978 */ | |
| 3979 for (submaps = keymap_submaps (map); | |
| 3980 !NILP (submaps); | |
| 3981 submaps = XCDR (submaps)) | |
| 3982 { | |
| 3983 Lisp_Object key = XCAR (XCAR (submaps)); | |
| 3984 Lisp_Object submap = XCDR (XCAR (submaps)); | |
| 442 | 3985 int lower_modifiers; |
| 428 | 3986 int lower_keys_count = keys_count; |
| 442 | 3987 int bucky; |
| 428 | 3988 |
| 3989 submap = get_keymap (submap, 0, 0); | |
| 3990 | |
| 3991 if (EQ (submap, map)) | |
| 3992 /* Arrgh! Some loser has introduced a loop... */ | |
| 3993 continue; | |
| 3994 | |
| 3995 /* If this is not a keymap, then that's probably because someone | |
| 3996 did an `fset' of a symbol that used to point to a map such that | |
| 3997 it no longer does. Sigh. Ignore this, and invalidate the cache | |
| 3998 so that it doesn't happen to us next time too. | |
| 3999 */ | |
| 4000 if (NILP (submap)) | |
| 4001 { | |
| 4002 XKEYMAP (map)->sub_maps_cache = Qt; | |
| 4003 continue; | |
| 4004 } | |
| 4005 | |
|
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5581
diff
changeset
|
4006 /* Don't expose the command remapping to #'where-is-internal */ |
|
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5581
diff
changeset
|
4007 if (EQ (key, Qxemacs_command_remapping)) |
|
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5581
diff
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|
4008 { |
|
a81a739181dc
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5581
diff
changeset
|
4009 continue; |
|
a81a739181dc
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5581
diff
changeset
|
4010 } |
|
a81a739181dc
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Aidan Kehoe <kehoea@parhasard.net>
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5581
diff
changeset
|
4011 |
| 428 | 4012 /* If the map is a "bucky" map, then add a bit to the |
| 4013 modifiers_so_far list. | |
| 4014 Otherwise, add a new raw_key onto the end of keys_so_far. | |
| 4015 */ | |
| 4016 bucky = MODIFIER_HASH_KEY_BITS (key); | |
| 4017 if (bucky != 0) | |
| 4018 lower_modifiers = (modifiers_so_far | bucky); | |
| 4019 else | |
| 4020 { | |
| 934 | 4021 Lisp_Key_Data *so_far = c->keys_so_far; |
| 428 | 4022 lower_modifiers = 0; |
| 4023 so_far [lower_keys_count].keysym = key; | |
| 934 | 4024 SET_KEY_DATA_MODIFIERS (&so_far [lower_keys_count], modifiers_so_far); |
| 428 | 4025 lower_keys_count++; |
| 4026 } | |
| 4027 | |
| 4028 if (lower_keys_count >= c->keys_so_far_total_size) | |
| 4029 { | |
| 4030 int size = lower_keys_count + 50; | |
| 4031 if (! c->keys_so_far_malloced) | |
| 4032 { | |
| 3025 | 4033 Lisp_Key_Data *new_ = xnew_array (Lisp_Key_Data, size); |
| 4034 memcpy ((void *)new_, (const void *)c->keys_so_far, | |
| 934 | 4035 c->keys_so_far_total_size * sizeof (Lisp_Key_Data)); |
|
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Ben Wing <ben@xemacs.org>
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4962
diff
changeset
|
4036 xfree (c->keys_so_far); |
| 3550 | 4037 c->keys_so_far = new_; |
| 428 | 4038 } |
| 4039 else | |
| 934 | 4040 XREALLOC_ARRAY (c->keys_so_far, Lisp_Key_Data, size); |
| 428 | 4041 |
| 4042 c->keys_so_far_total_size = size; | |
| 4043 c->keys_so_far_malloced = 1; | |
| 4044 } | |
| 4045 | |
| 4046 { | |
| 4047 Lisp_Object lower; | |
| 4048 | |
| 4049 c->keys_count = lower_keys_count; | |
| 4050 c->modifiers_so_far = lower_modifiers; | |
| 4051 | |
| 4052 lower = traverse_keymaps (submap, Qnil, where_is_recursive_mapper, c); | |
| 4053 | |
| 4054 c->keys_count = keys_count; | |
| 4055 c->modifiers_so_far = modifiers_so_far; | |
| 4056 | |
| 4057 if (!firstonly) | |
| 4058 result = nconc2 (lower, result); | |
| 4059 else if (!NILP (lower)) | |
| 4060 return lower; | |
| 4061 } | |
| 4062 } | |
| 4063 return result; | |
| 4064 } | |
| 4065 | |
| 4066 | |
| 4067 static Lisp_Object | |
| 4068 where_is_internal (Lisp_Object definition, Lisp_Object *maps, int nmaps, | |
| 793 | 4069 Lisp_Object firstonly, Eistring *target_buffer) |
| 428 | 4070 { |
| 4071 /* This function can GC */ | |
| 4072 Lisp_Object result = Qnil; | |
| 4073 int i; | |
| 934 | 4074 Lisp_Key_Data raw[20]; |
| 428 | 4075 struct where_is_closure c; |
| 4076 | |
| 4077 c.definition = definition; | |
| 4078 c.shadow = maps; | |
| 4079 c.firstonly = !NILP (firstonly); | |
| 4080 c.target_buffer = target_buffer; | |
| 4081 c.keys_so_far = raw; | |
| 4082 c.keys_so_far_total_size = countof (raw); | |
| 4083 c.keys_so_far_malloced = 0; | |
| 4084 | |
| 4085 /* Loop over each of the maps, accumulating the keys found. | |
| 4086 For each map searched, all previous maps shadow this one | |
| 4087 so that bogus keys aren't listed. */ | |
| 4088 for (i = 0; i < nmaps; i++) | |
| 4089 { | |
| 4090 Lisp_Object this_result; | |
| 4091 c.shadow_count = i; | |
| 4092 /* Reset the things set in each iteration */ | |
| 4093 c.keys_count = 0; | |
| 4094 c.modifiers_so_far = 0; | |
| 4095 | |
| 4096 this_result = traverse_keymaps (maps[i], Qnil, where_is_recursive_mapper, | |
| 4097 &c); | |
| 4098 if (!NILP (firstonly)) | |
| 4099 { | |
| 4100 result = this_result; | |
| 4101 if (!NILP (result)) | |
| 4102 break; | |
| 4103 } | |
| 4104 else | |
| 4105 result = nconc2 (this_result, result); | |
| 4106 } | |
| 4107 | |
| 4108 if (NILP (firstonly)) | |
| 4109 result = Fnreverse (result); | |
| 4110 | |
| 4111 if (c.keys_so_far_malloced) | |
|
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4962
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|
4112 xfree (c.keys_so_far); |
| 428 | 4113 return result; |
| 4114 } | |
| 4115 | |
| 4116 | |
| 4117 /************************************************************************/ | |
| 4118 /* Describing keymaps */ | |
| 4119 /************************************************************************/ | |
| 4120 | |
| 4121 DEFUN ("describe-bindings-internal", Fdescribe_bindings_internal, 1, 5, 0, /* | |
| 4122 Insert a list of all defined keys and their definitions in MAP. | |
| 4123 Optional second argument ALL says whether to include even "uninteresting" | |
| 4124 definitions (ie symbols with a non-nil `suppress-keymap' property. | |
| 4125 Third argument SHADOW is a list of keymaps whose bindings shadow those | |
| 4126 of map; if a binding is present in any shadowing map, it is not printed. | |
| 4127 Fourth argument PREFIX, if non-nil, should be a key sequence; | |
| 4128 only bindings which start with that key sequence will be printed. | |
| 4129 Fifth argument MOUSE-ONLY-P says to only print bindings for mouse clicks. | |
| 4130 */ | |
| 4131 (map, all, shadow, prefix, mouse_only_p)) | |
| 4132 { | |
| 4133 /* This function can GC */ | |
| 4134 | |
| 4135 /* #### At some point, this function should be changed to accept a | |
| 4136 BUFFER argument. Currently, the BUFFER argument to | |
| 4137 describe_map_tree is being used only internally. */ | |
| 4138 describe_map_tree (map, NILP (all), shadow, prefix, | |
| 4139 !NILP (mouse_only_p), Fcurrent_buffer ()); | |
| 4140 return Qnil; | |
| 4141 } | |
| 4142 | |
| 4143 | |
| 4144 /* Insert a description of the key bindings in STARTMAP, | |
| 4145 followed by those of all maps reachable through STARTMAP. | |
| 4146 If PARTIAL is nonzero, omit certain "uninteresting" commands | |
| 4147 (such as `undefined'). | |
| 4148 If SHADOW is non-nil, it is a list of other maps; | |
| 4149 don't mention keys which would be shadowed by any of them | |
| 4150 If PREFIX is non-nil, only list bindings which start with those keys. | |
| 4151 */ | |
| 4152 | |
| 4153 void | |
| 4154 describe_map_tree (Lisp_Object startmap, int partial, Lisp_Object shadow, | |
| 4155 Lisp_Object prefix, int mice_only_p, Lisp_Object buffer) | |
| 4156 { | |
| 4157 /* This function can GC */ | |
| 4158 Lisp_Object maps = Qnil; | |
| 4159 struct gcpro gcpro1, gcpro2; /* get_keymap may autoload */ | |
| 4160 GCPRO2 (maps, shadow); | |
| 4161 | |
| 4162 maps = Faccessible_keymaps (startmap, prefix); | |
| 4163 | |
| 4164 for (; !NILP (maps); maps = Fcdr (maps)) | |
| 4165 { | |
| 4166 Lisp_Object sub_shadow = Qnil; | |
| 4167 Lisp_Object elt = Fcar (maps); | |
| 4168 Lisp_Object tail; | |
| 4169 int no_prefix = (VECTORP (Fcar (elt)) | |
|
5581
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Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4170 && XFIXNUM (Flength (Fcar (elt))) == 0); |
| 428 | 4171 struct gcpro ngcpro1, ngcpro2, ngcpro3; |
| 4172 NGCPRO3 (sub_shadow, elt, tail); | |
| 4173 | |
| 4174 for (tail = shadow; CONSP (tail); tail = XCDR (tail)) | |
| 4175 { | |
| 4176 Lisp_Object shmap = XCAR (tail); | |
| 4177 | |
| 4178 /* If the sequence by which we reach this keymap is zero-length, | |
| 4179 then the shadow maps for this keymap are just SHADOW. */ | |
| 4180 if (no_prefix) | |
| 4181 ; | |
| 4182 /* If the sequence by which we reach this keymap actually has | |
| 4183 some elements, then the sequence's definition in SHADOW is | |
| 4184 what we should use. */ | |
| 4185 else | |
| 4186 { | |
| 4187 shmap = Flookup_key (shmap, Fcar (elt), Qt); | |
| 4188 if (CHARP (shmap)) | |
| 4189 shmap = Qnil; | |
| 4190 } | |
| 4191 | |
| 4192 if (!NILP (shmap)) | |
| 4193 { | |
| 4194 Lisp_Object shm = get_keymap (shmap, 0, 1); | |
| 4195 /* If shmap is not nil and not a keymap, it completely | |
| 4196 shadows this map, so don't describe this map at all. */ | |
| 4197 if (!KEYMAPP (shm)) | |
| 4198 goto SKIP; | |
| 4199 sub_shadow = Fcons (shm, sub_shadow); | |
| 4200 } | |
| 4201 } | |
| 4202 | |
| 4203 { | |
| 4204 /* Describe the contents of map MAP, assuming that this map | |
| 4205 itself is reached by the sequence of prefix keys KEYS (a vector). | |
| 4206 PARTIAL and SHADOW are as in `describe_map_tree'. */ | |
| 4207 Lisp_Object keysdesc | |
| 4208 = ((!no_prefix) | |
| 4209 ? concat2 (Fkey_description (Fcar (elt)), Vsingle_space_string) | |
| 4210 : Qnil); | |
| 4211 describe_map (Fcdr (elt), keysdesc, | |
| 4212 describe_command, | |
| 4213 partial, | |
| 4214 sub_shadow, | |
| 4215 mice_only_p, | |
| 4216 buffer); | |
| 4217 } | |
| 4218 SKIP: | |
| 4219 NUNGCPRO; | |
| 4220 } | |
| 4221 UNGCPRO; | |
| 4222 } | |
| 4223 | |
| 4224 | |
| 4225 static void | |
| 4226 describe_command (Lisp_Object definition, Lisp_Object buffer) | |
| 4227 { | |
| 4228 /* This function can GC */ | |
| 4229 int keymapp = !NILP (Fkeymapp (definition)); | |
| 4230 struct gcpro gcpro1; | |
| 4231 GCPRO1 (definition); | |
| 4232 | |
|
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Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4233 Findent_to (make_fixnum (16), make_fixnum (3), buffer); |
| 428 | 4234 if (keymapp) |
|
4953
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function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4235 buffer_insert_ascstring (XBUFFER (buffer), "<< "); |
| 428 | 4236 |
| 4237 if (SYMBOLP (definition)) | |
| 4238 { | |
| 4239 buffer_insert1 (XBUFFER (buffer), Fsymbol_name (definition)); | |
| 4240 } | |
| 4241 else if (STRINGP (definition) || VECTORP (definition)) | |
| 4242 { | |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4243 buffer_insert_ascstring (XBUFFER (buffer), "Kbd Macro: "); |
| 428 | 4244 buffer_insert1 (XBUFFER (buffer), Fkey_description (definition)); |
| 4245 } | |
| 4246 else if (COMPILED_FUNCTIONP (definition)) | |
|
4953
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function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4247 buffer_insert_ascstring (XBUFFER (buffer), "Anonymous Compiled Function"); |
| 428 | 4248 else if (CONSP (definition) && EQ (XCAR (definition), Qlambda)) |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4249 buffer_insert_ascstring (XBUFFER (buffer), "Anonymous Lambda"); |
| 428 | 4250 else if (KEYMAPP (definition)) |
| 4251 { | |
| 4252 Lisp_Object name = XKEYMAP (definition)->name; | |
| 4253 if (STRINGP (name) || (SYMBOLP (name) && !NILP (name))) | |
| 4254 { | |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4255 buffer_insert_ascstring (XBUFFER (buffer), "Prefix command "); |
| 428 | 4256 if (SYMBOLP (name) |
| 4257 && EQ (find_symbol_value (name), definition)) | |
| 4258 buffer_insert1 (XBUFFER (buffer), Fsymbol_name (name)); | |
| 4259 else | |
| 4260 { | |
| 4261 buffer_insert1 (XBUFFER (buffer), Fprin1_to_string (name, Qnil)); | |
| 4262 } | |
| 4263 } | |
| 4264 else | |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4265 buffer_insert_ascstring (XBUFFER (buffer), "Prefix Command"); |
| 428 | 4266 } |
| 4267 else | |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4268 buffer_insert_ascstring (XBUFFER (buffer), "??"); |
| 428 | 4269 |
| 4270 if (keymapp) | |
|
4953
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function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4271 buffer_insert_ascstring (XBUFFER (buffer), " >>"); |
|
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4272 buffer_insert_ascstring (XBUFFER (buffer), "\n"); |
| 428 | 4273 UNGCPRO; |
| 4274 } | |
| 4275 | |
| 4276 struct describe_map_closure | |
| 4277 { | |
| 4278 Lisp_Object *list; /* pointer to the list to update */ | |
| 4279 Lisp_Object partial; /* whether to ignore suppressed commands */ | |
| 4280 Lisp_Object shadow; /* list of maps shadowing this one */ | |
| 4281 Lisp_Object self; /* this map */ | |
| 4282 Lisp_Object self_root; /* this map, or some map that has this map as | |
| 4283 a parent. this is the base of the tree */ | |
| 4284 int mice_only_p; /* whether we are to display only button bindings */ | |
| 4285 }; | |
| 4286 | |
| 4287 struct describe_map_shadow_closure | |
| 4288 { | |
| 934 | 4289 const Lisp_Key_Data *raw_key; |
| 428 | 4290 Lisp_Object self; |
| 4291 }; | |
| 4292 | |
| 4293 static Lisp_Object | |
| 4294 describe_map_mapper_shadow_search (Lisp_Object map, void *arg) | |
| 4295 { | |
| 4296 struct describe_map_shadow_closure *c = | |
| 4297 (struct describe_map_shadow_closure *) arg; | |
| 4298 | |
| 4299 if (EQ (map, c->self)) | |
| 4300 return Qzero; /* Not shadowed; terminate search */ | |
| 4301 | |
| 934 | 4302 return !NILP (keymap_lookup_directly (map, |
| 4303 KEY_DATA_KEYSYM (c->raw_key), | |
| 4304 KEY_DATA_MODIFIERS (c->raw_key))) | |
| 428 | 4305 ? Qt : Qnil; |
| 4306 } | |
| 4307 | |
| 4308 | |
| 4309 static Lisp_Object | |
| 4310 keymap_lookup_inherited_mapper (Lisp_Object km, void *arg) | |
| 4311 { | |
| 934 | 4312 Lisp_Key_Data *k = (Lisp_Key_Data *) arg; |
| 4313 return keymap_lookup_directly (km, KEY_DATA_KEYSYM (k), KEY_DATA_MODIFIERS (k)); | |
| 428 | 4314 } |
| 4315 | |
| 4316 | |
| 4317 static void | |
| 934 | 4318 describe_map_mapper (const Lisp_Key_Data *key, |
| 428 | 4319 Lisp_Object binding, |
| 4320 void *describe_map_closure) | |
| 4321 { | |
| 4322 /* This function can GC */ | |
| 4323 struct describe_map_closure *closure = | |
| 4324 (struct describe_map_closure *) describe_map_closure; | |
| 934 | 4325 Lisp_Object keysym = KEY_DATA_KEYSYM (key); |
| 4326 int modifiers = KEY_DATA_MODIFIERS (key); | |
| 428 | 4327 |
| 4328 /* Don't mention suppressed commands. */ | |
| 4329 if (SYMBOLP (binding) | |
| 4330 && !NILP (closure->partial) | |
| 4331 && !NILP (Fget (binding, closure->partial, Qnil))) | |
| 4332 return; | |
| 4333 | |
| 4334 /* If we're only supposed to display mouse bindings and this isn't one, | |
| 4335 then bug out. */ | |
| 4336 if (closure->mice_only_p && | |
|
4906
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4337 (! ( |
|
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4338 #define INCLUDE_BUTTON_ZERO |
|
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4339 #define FROB(num) EQ (keysym, Qbutton##num) || \ |
|
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4340 EQ (keysym, Qbutton##num##up) || |
|
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4341 #include "keymap-buttons.h" |
|
6ef8256a020a
implement equalp in C, fix case-folding, add equal() method for keymaps
Ben Wing <ben@xemacs.org>
parents:
4846
diff
changeset
|
4342 0))) |
| 428 | 4343 return; |
| 4344 | |
| 4345 /* If this command in this map is shadowed by some other map, ignore it. */ | |
| 4346 { | |
| 4347 Lisp_Object tail; | |
| 4348 | |
| 4349 for (tail = closure->shadow; CONSP (tail); tail = XCDR (tail)) | |
| 4350 { | |
| 4351 QUIT; | |
| 4352 if (!NILP (traverse_keymaps (XCAR (tail), Qnil, | |
| 4353 keymap_lookup_inherited_mapper, | |
| 4354 /* Cast to discard `const' */ | |
| 4355 (void *)key))) | |
| 4356 return; | |
| 4357 } | |
| 4358 } | |
| 4359 | |
| 4360 /* If this key is in some map of which this map is a parent, then ignore | |
| 4361 it (in that case, it has been shadowed). | |
| 4362 */ | |
| 4363 { | |
| 4364 Lisp_Object sh; | |
| 4365 struct describe_map_shadow_closure c; | |
| 4366 c.raw_key = key; | |
| 4367 c.self = closure->self; | |
| 4368 | |
| 4369 sh = traverse_keymaps (closure->self_root, Qnil, | |
| 4370 describe_map_mapper_shadow_search, &c); | |
| 4371 if (!NILP (sh) && !ZEROP (sh)) | |
| 4372 return; | |
| 4373 } | |
| 4374 | |
| 4375 /* Otherwise add it to the list to be sorted. */ | |
|
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Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4376 *(closure->list) = Fcons (Fcons (Fcons (keysym, make_fixnum (modifiers)), |
| 428 | 4377 binding), |
| 4378 *(closure->list)); | |
| 4379 } | |
| 4380 | |
|
5350
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4381 static Boolint |
|
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4382 describe_map_sort_predicate (Lisp_Object pred, Lisp_Object key_func, |
|
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4383 Lisp_Object obj1, Lisp_Object obj2) |
|
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4384 |
| 428 | 4385 { |
| 4386 /* obj1 and obj2 are conses of the form | |
| 4387 ( ( <keysym> . <modifiers> ) . <binding> ) | |
| 4388 keysym and modifiers are used, binding is ignored. | |
| 4389 */ | |
| 442 | 4390 int bit1, bit2; |
| 428 | 4391 obj1 = XCAR (obj1); |
| 4392 obj2 = XCAR (obj2); | |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4393 bit1 = XFIXNUM (XCDR (obj1)); |
|
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4394 bit2 = XFIXNUM (XCDR (obj2)); |
| 428 | 4395 if (bit1 != bit2) |
|
5350
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4396 return bit1 < bit2; |
| 428 | 4397 else |
|
5352
cc7d0e19173c
Correct the order of arguments to map_keymap_sort_predicate(), keymap.c.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5350
diff
changeset
|
4398 return map_keymap_sort_predicate (pred, key_func, obj1, obj2); |
| 428 | 4399 } |
| 4400 | |
| 4401 /* Elide 2 or more consecutive numeric keysyms bound to the same thing, | |
| 4402 or 2 or more symbolic keysyms that are bound to the same thing and | |
| 4403 have consecutive character-set-properties. | |
| 4404 */ | |
| 4405 static int | |
| 4406 elide_next_two_p (Lisp_Object list) | |
| 4407 { | |
| 4408 Lisp_Object s1, s2; | |
| 2828 | 4409 extern Lisp_Object Qcharacter_of_keysym; |
| 428 | 4410 |
| 4411 if (NILP (XCDR (list))) | |
| 4412 return 0; | |
| 4413 | |
| 4414 /* next two bindings differ */ | |
| 4415 if (!EQ (XCDR (XCAR (list)), | |
| 4416 XCDR (XCAR (XCDR (list))))) | |
| 4417 return 0; | |
| 4418 | |
| 4419 /* next two modifier-sets differ */ | |
| 4420 if (!EQ (XCDR (XCAR (XCAR (list))), | |
| 4421 XCDR (XCAR (XCAR (XCDR (list)))))) | |
| 4422 return 0; | |
| 4423 | |
| 4424 s1 = XCAR (XCAR (XCAR (list))); | |
| 4425 s2 = XCAR (XCAR (XCAR (XCDR (list)))); | |
| 4426 | |
| 4427 if (SYMBOLP (s1)) | |
| 4428 { | |
| 2828 | 4429 Lisp_Object code = Fget (s1, Qcharacter_of_keysym, Qnil); |
| 428 | 4430 if (CHAR_OR_CHAR_INTP (code)) |
| 4431 { | |
| 4432 s1 = code; | |
| 4433 CHECK_CHAR_COERCE_INT (s1); | |
| 4434 } | |
| 4435 else return 0; | |
| 4436 } | |
| 4437 if (SYMBOLP (s2)) | |
| 4438 { | |
| 2828 | 4439 Lisp_Object code = Fget (s2, Qcharacter_of_keysym, Qnil); |
| 428 | 4440 if (CHAR_OR_CHAR_INTP (code)) |
| 4441 { | |
| 4442 s2 = code; | |
| 4443 CHECK_CHAR_COERCE_INT (s2); | |
| 4444 } | |
| 4445 else return 0; | |
| 4446 } | |
| 4447 | |
| 4448 return (XCHAR (s1) == XCHAR (s2) || | |
| 4449 XCHAR (s1) + 1 == XCHAR (s2)); | |
| 4450 } | |
| 4451 | |
| 4452 | |
| 4453 static Lisp_Object | |
| 4454 describe_map_parent_mapper (Lisp_Object keymap, void *arg) | |
| 4455 { | |
| 4456 /* This function can GC */ | |
| 4457 struct describe_map_closure *describe_map_closure = | |
| 4458 (struct describe_map_closure *) arg; | |
| 4459 describe_map_closure->self = keymap; | |
| 4460 map_keymap (XKEYMAP (keymap)->table, | |
| 4461 0, /* don't sort: we'll do it later */ | |
| 4462 describe_map_mapper, describe_map_closure); | |
| 4463 return Qnil; | |
| 4464 } | |
| 4465 | |
| 4466 | |
| 4467 /* Describe the contents of map MAP, assuming that this map itself is | |
| 4468 reached by the sequence of prefix keys KEYS (a string or vector). | |
| 4469 PARTIAL, SHADOW, NOMENU are as in `describe_map_tree' above. */ | |
| 4470 | |
| 4471 static void | |
| 4472 describe_map (Lisp_Object keymap, Lisp_Object elt_prefix, | |
| 4473 void (*elt_describer) (Lisp_Object, Lisp_Object), | |
| 4474 int partial, | |
| 4475 Lisp_Object shadow, | |
| 4476 int mice_only_p, | |
| 4477 Lisp_Object buffer) | |
| 4478 { | |
| 4479 /* This function can GC */ | |
| 4480 struct describe_map_closure describe_map_closure; | |
| 4481 Lisp_Object list = Qnil; | |
| 4482 struct buffer *buf = XBUFFER (buffer); | |
| 867 | 4483 Ichar printable_min = (CHAR_OR_CHAR_INTP (buf->ctl_arrow) |
| 428 | 4484 ? XCHAR_OR_CHAR_INT (buf->ctl_arrow) |
| 4485 : ((EQ (buf->ctl_arrow, Qt) | |
| 4486 || EQ (buf->ctl_arrow, Qnil)) | |
| 4487 ? 256 : 160)); | |
| 4488 int elided = 0; | |
| 4489 struct gcpro gcpro1, gcpro2, gcpro3, gcpro4; | |
| 2828 | 4490 extern Lisp_Object Qcharacter_of_keysym; |
| 428 | 4491 |
| 4492 keymap = get_keymap (keymap, 1, 1); | |
| 4493 describe_map_closure.partial = (partial ? Qsuppress_keymap : Qnil); | |
| 4494 describe_map_closure.shadow = shadow; | |
| 4495 describe_map_closure.list = &list; | |
| 4496 describe_map_closure.self_root = keymap; | |
| 4497 describe_map_closure.mice_only_p = mice_only_p; | |
| 4498 | |
| 4499 GCPRO4 (keymap, elt_prefix, shadow, list); | |
| 4500 | |
| 4501 traverse_keymaps (keymap, Qnil, | |
| 4502 describe_map_parent_mapper, &describe_map_closure); | |
| 4503 | |
| 4504 if (!NILP (list)) | |
| 4505 { | |
|
5350
94bbd4792049
Have #'sort*, #'merge use the same test approach as functions from cl-seq.el
Aidan Kehoe <kehoea@parhasard.net>
parents:
5191
diff
changeset
|
4506 list = list_sort (list, describe_map_sort_predicate, Qnil, Qnil); |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4507 buffer_insert_ascstring (buf, "\n"); |
| 428 | 4508 while (!NILP (list)) |
| 4509 { | |
| 4510 Lisp_Object elt = XCAR (XCAR (list)); | |
| 4511 Lisp_Object keysym = XCAR (elt); | |
|
5581
56144c8593a8
Mechanically change INT to FIXNUM in our sources.
Aidan Kehoe <kehoea@parhasard.net>
parents:
5470
diff
changeset
|
4512 int modifiers = XFIXNUM (XCDR (elt)); |
| 428 | 4513 |
| 4514 if (!NILP (elt_prefix)) | |
| 4515 buffer_insert_lisp_string (buf, elt_prefix); | |
| 4516 | |
| 442 | 4517 if (modifiers & XEMACS_MOD_META) |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4518 buffer_insert_ascstring (buf, "M-"); |
| 442 | 4519 if (modifiers & XEMACS_MOD_CONTROL) |
|
4953
304aebb79cd3
function renamings to track names of char typedefs
Ben Wing <ben@xemacs.org>
parents:
4952
diff
changeset
|
4520 buffer_insert_ascstring (buf, "C-"); |
| 442 | 4521 if (modifiers & XEMACS_MOD_SUPER) |
|
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4522 buffer_insert_ascstring (buf, "S-"); |
| 442 | 4523 if (modifiers & XEMACS_MOD_HYPER) |
|
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|
4524 buffer_insert_ascstring (buf, "H-"); |
| 442 | 4525 if (modifiers & XEMACS_MOD_ALT) |
|
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|
4526 buffer_insert_ascstring (buf, "Alt-"); |
| 442 | 4527 if (modifiers & XEMACS_MOD_SHIFT) |
|
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|
4528 buffer_insert_ascstring (buf, "Sh-"); |
| 428 | 4529 if (SYMBOLP (keysym)) |
| 4530 { | |
| 2828 | 4531 Lisp_Object code = Fget (keysym, Qcharacter_of_keysym, Qnil); |
| 867 | 4532 Ichar c = (CHAR_OR_CHAR_INTP (code) |
| 4533 ? XCHAR_OR_CHAR_INT (code) : (Ichar) -1); | |
| 428 | 4534 /* Calling Fsingle_key_description() would cons more */ |
| 4535 #if 0 /* This is bogus */ | |
| 4536 if (EQ (keysym, QKlinefeed)) | |
|
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|
4537 buffer_insert_ascstring (buf, "LFD"); |
| 428 | 4538 else if (EQ (keysym, QKtab)) |
|
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|
4539 buffer_insert_ascstring (buf, "TAB"); |
| 428 | 4540 else if (EQ (keysym, QKreturn)) |
|
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|
4541 buffer_insert_ascstring (buf, "RET"); |
| 428 | 4542 else if (EQ (keysym, QKescape)) |
|
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|
4543 buffer_insert_ascstring (buf, "ESC"); |
| 428 | 4544 else if (EQ (keysym, QKdelete)) |
|
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|
4545 buffer_insert_ascstring (buf, "DEL"); |
| 428 | 4546 else if (EQ (keysym, QKspace)) |
|
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|
4547 buffer_insert_ascstring (buf, "SPC"); |
| 428 | 4548 else if (EQ (keysym, QKbackspace)) |
|
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|
4549 buffer_insert_ascstring (buf, "BS"); |
| 428 | 4550 else |
| 4551 #endif | |
| 4552 if (c >= printable_min) | |
| 4553 buffer_insert_emacs_char (buf, c); | |
| 4554 else buffer_insert1 (buf, Fsymbol_name (keysym)); | |
| 4555 } | |
| 4556 else if (CHARP (keysym)) | |
| 4557 buffer_insert_emacs_char (buf, XCHAR (keysym)); | |
| 4558 else | |
|
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|
4559 buffer_insert_ascstring (buf, "---bad keysym---"); |
| 428 | 4560 |
| 4561 if (elided) | |
| 4562 elided = 0; | |
| 4563 else | |
| 4564 { | |
| 4565 int k = 0; | |
| 4566 | |
| 4567 while (elide_next_two_p (list)) | |
| 4568 { | |
| 4569 k++; | |
| 4570 list = XCDR (list); | |
| 4571 } | |
| 4572 if (k != 0) | |
| 4573 { | |
| 4574 if (k == 1) | |
|
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|
4575 buffer_insert_ascstring (buf, ", "); |
| 428 | 4576 else |
|
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|
4577 buffer_insert_ascstring (buf, " .. "); |
| 428 | 4578 elided = 1; |
| 4579 continue; | |
| 4580 } | |
| 4581 } | |
| 4582 | |
| 4583 /* Print a description of the definition of this character. */ | |
| 4584 (*elt_describer) (XCDR (XCAR (list)), buffer); | |
| 4585 list = XCDR (list); | |
| 4586 } | |
| 4587 } | |
| 4588 UNGCPRO; | |
| 4589 } | |
| 4590 | |
| 4591 | |
| 4592 void | |
| 4593 syms_of_keymap (void) | |
| 4594 { | |
|
5117
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Checking in final CVS version of workspace 'ben-lisp-object'
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3025
diff
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|
4595 INIT_LISP_OBJECT (keymap); |
| 442 | 4596 |
| 502 | 4597 DEFSYMBOL (Qminor_mode_map_alist); |
| 4598 | |
| 4599 DEFSYMBOL (Qkeymapp); | |
| 4600 | |
| 4601 DEFSYMBOL (Qsuppress_keymap); | |
| 4602 | |
| 4603 DEFSYMBOL (Qmodeline_map); | |
| 4604 DEFSYMBOL (Qtoolbar_map); | |
|
5679
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|
4605 DEFSYMBOL (Qremap); |
| 428 | 4606 |
| 4607 DEFSUBR (Fkeymap_parents); | |
| 4608 DEFSUBR (Fset_keymap_parents); | |
| 4609 DEFSUBR (Fkeymap_name); | |
| 4610 DEFSUBR (Fset_keymap_name); | |
| 4611 DEFSUBR (Fkeymap_prompt); | |
| 4612 DEFSUBR (Fset_keymap_prompt); | |
| 4613 DEFSUBR (Fkeymap_default_binding); | |
| 4614 DEFSUBR (Fset_keymap_default_binding); | |
| 4615 | |
| 4616 DEFSUBR (Fkeymapp); | |
| 4617 DEFSUBR (Fmake_keymap); | |
| 4618 DEFSUBR (Fmake_sparse_keymap); | |
| 4619 | |
| 4620 DEFSUBR (Fcopy_keymap); | |
| 4621 DEFSUBR (Fkeymap_fullness); | |
| 4622 DEFSUBR (Fmap_keymap); | |
| 4623 DEFSUBR (Fevent_matches_key_specifier_p); | |
| 4624 DEFSUBR (Fdefine_key); | |
|
5679
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|
4625 DEFSUBR (Fremap_command); |
|
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|
4626 DEFSUBR (Fcommands_remapped_to); |
|
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|
4627 DEFSUBR (Fcommand_remapping); |
| 428 | 4628 DEFSUBR (Flookup_key); |
| 4629 DEFSUBR (Fkey_binding); | |
| 4630 DEFSUBR (Fuse_global_map); | |
| 4631 DEFSUBR (Fuse_local_map); | |
| 4632 DEFSUBR (Fcurrent_local_map); | |
| 4633 DEFSUBR (Fcurrent_global_map); | |
| 4634 DEFSUBR (Fcurrent_keymaps); | |
| 4635 DEFSUBR (Faccessible_keymaps); | |
| 4636 DEFSUBR (Fkey_description); | |
| 4637 DEFSUBR (Fsingle_key_description); | |
| 4638 DEFSUBR (Fwhere_is_internal); | |
| 4639 DEFSUBR (Fdescribe_bindings_internal); | |
| 4640 | |
| 4641 DEFSUBR (Ftext_char_description); | |
| 4642 | |
| 502 | 4643 DEFSYMBOL (Qcontrol); |
| 4644 DEFSYMBOL (Qctrl); | |
| 4645 DEFSYMBOL (Qmeta); | |
| 4646 DEFSYMBOL (Qsuper); | |
| 4647 DEFSYMBOL (Qhyper); | |
| 4648 DEFSYMBOL (Qalt); | |
| 4649 DEFSYMBOL (Qshift); | |
|
4906
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diff
changeset
|
4650 #define INCLUDE_BUTTON_ZERO |
|
6ef8256a020a
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|
4651 #define FROB(num) \ |
|
6ef8256a020a
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|
4652 DEFSYMBOL (Qbutton##num); \ |
|
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|
4653 DEFSYMBOL (Qbutton##num##up); |
|
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|
4654 #include "keymap-buttons.h" |
|
6ef8256a020a
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|
4655 #define FROB(num) \ |
|
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|
4656 DEFSYMBOL (Qmouse_##num); \ |
|
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|
4657 DEFSYMBOL (Qdown_mouse_##num); |
|
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|
4658 #include "keymap-buttons.h" |
| 502 | 4659 DEFSYMBOL (Qmenu_selection); |
| 4660 DEFSYMBOL (QLFD); | |
| 4661 DEFSYMBOL (QTAB); | |
| 4662 DEFSYMBOL (QRET); | |
| 4663 DEFSYMBOL (QESC); | |
| 4664 DEFSYMBOL (QDEL); | |
| 4665 DEFSYMBOL (QSPC); | |
| 4666 DEFSYMBOL (QBS); | |
| 428 | 4667 } |
| 4668 | |
| 4669 void | |
| 4670 vars_of_keymap (void) | |
| 4671 { | |
| 4672 DEFVAR_LISP ("meta-prefix-char", &Vmeta_prefix_char /* | |
| 4673 Meta-prefix character. | |
| 4674 This character followed by some character `foo' turns into `Meta-foo'. | |
| 4675 This can be any form recognized as a single key specifier. | |
| 4676 To disable the meta-prefix-char, set it to a negative number. | |
| 4677 */ ); | |
| 4678 Vmeta_prefix_char = make_char (033); | |
| 4679 | |
| 4680 DEFVAR_LISP ("mouse-grabbed-buffer", &Vmouse_grabbed_buffer /* | |
| 4681 A buffer which should be consulted first for all mouse activity. | |
| 4682 When a mouse-click is processed, it will first be looked up in the | |
| 4683 local-map of this buffer, and then through the normal mechanism if there | |
| 4684 is no binding for that click. This buffer's value of `mode-motion-hook' | |
| 4685 will be consulted instead of the `mode-motion-hook' of the buffer of the | |
| 4686 window under the mouse. You should *bind* this, not set it. | |
| 4687 */ ); | |
| 4688 Vmouse_grabbed_buffer = Qnil; | |
| 4689 | |
| 4690 DEFVAR_LISP ("overriding-local-map", &Voverriding_local_map /* | |
| 4691 Keymap that overrides all other local keymaps. | |
| 4692 If this variable is non-nil, it is used as a keymap instead of the | |
| 4693 buffer's local map, and the minor mode keymaps and extent-local keymaps. | |
| 4694 You should *bind* this, not set it. | |
| 4695 */ ); | |
| 4696 Voverriding_local_map = Qnil; | |
| 4697 | |
| 4698 Fset (Qminor_mode_map_alist, Qnil); | |
| 4699 | |
| 4700 DEFVAR_LISP ("key-translation-map", &Vkey_translation_map /* | |
| 4701 Keymap of key translations that can override keymaps. | |
| 2027 | 4702 |
| 4703 This keymap works like `function-key-map', but is searched before it, | |
| 428 | 4704 and applies even for keys that have ordinary bindings. |
| 2027 | 4705 |
| 4706 The `read-key-sequence' function replaces any subsequence bound by | |
| 4707 `key-translation-map' with its binding. More precisely, when the active | |
| 4708 keymaps have no binding for the current key sequence but | |
| 4709 `key-translation-map' binds a suffix of the sequence to a vector or string, | |
| 4710 `read-key-sequence' replaces the matching suffix with its binding, and | |
| 4711 continues with the new sequence. See `key-binding' for details. | |
| 4712 | |
| 4713 The events that come from bindings in `key-translation-map' are not | |
| 4714 themselves looked up in `key-translation-map'. | |
| 4715 | |
| 4716 #### FIXME: stolen from `function-key-map'; need better example. | |
| 4717 #### I guess you could implement a Dvorak keyboard with this? | |
| 4718 For example, suppose `key-translation-map' binds `ESC O P' to [f1]. | |
| 4719 Typing `ESC O P' to `read-key-sequence' would return | |
| 4720 \[#<keypress-event f1>]. Typing `C-x ESC O P' would return | |
| 4721 \[#<keypress-event control-X> #<keypress-event f1>]. If [f1] | |
| 4722 were a prefix key, typing `ESC O P x' would return | |
| 4723 \[#<keypress-event f1> #<keypress-event x>]. | |
| 428 | 4724 */ ); |
| 4725 Vkey_translation_map = Qnil; | |
| 4726 | |
| 771 | 4727 DEFVAR_LISP ("global-tty-map", &Vglobal_tty_map /* |
| 4728 Global keymap that applies only to TTY's. | |
| 4729 Key bindings are looked up in this map just before looking in the global map, | |
| 4730 but only when the current console is a TTY console. See also | |
| 4731 `global-window-system-map'. | |
| 4732 */ ); | |
| 4733 Vglobal_tty_map = Qnil; | |
| 4734 | |
| 4735 DEFVAR_LISP ("global-window-system-map", &Vglobal_window_system_map /* | |
| 4736 Global keymap that applies only to window systems. | |
| 4737 Key bindings are looked up in this map just before looking in the global map, | |
| 4738 but only when the current console is not a TTY console. See also | |
| 4739 `global-tty-map'. | |
| 4740 */ ); | |
| 4741 Vglobal_window_system_map = Qnil; | |
| 4742 | |
| 428 | 4743 DEFVAR_LISP ("vertical-divider-map", &Vvertical_divider_map /* |
| 4744 Keymap which handles mouse clicks over vertical dividers. | |
| 4745 */ ); | |
| 4746 Vvertical_divider_map = Qnil; | |
| 4747 | |
| 4748 DEFVAR_INT ("keymap-tick", &keymap_tick /* | |
| 4749 Incremented for each change to any keymap. | |
| 4750 */ ); | |
| 4751 keymap_tick = 0; | |
| 4752 | |
| 4753 staticpro (&Vcurrent_global_map); | |
| 4754 | |
| 867 | 4755 Vsingle_space_string = make_string ((const Ibyte *) " ", 1); |
| 428 | 4756 staticpro (&Vsingle_space_string); |
|
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|
4757 |
|
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|
4758 Qxemacs_command_remapping |
|
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|
4759 = Fmake_symbol (build_ascstring ("xemacs-command-remapping")); |
|
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|
4760 staticpro (&Qxemacs_command_remapping); |
| 428 | 4761 } |
| 4762 | |
| 4763 void | |
| 4764 complex_vars_of_keymap (void) | |
| 4765 { | |
| 4766 /* This function can GC */ | |
| 4767 Lisp_Object ESC_prefix = intern ("ESC-prefix"); | |
| 4768 Lisp_Object meta_disgustitute; | |
| 4769 | |
| 4770 Vcurrent_global_map = Fmake_keymap (Qnil); | |
| 771 | 4771 Vglobal_tty_map = Fmake_keymap (intern ("global-tty-map")); |
| 4772 Vglobal_window_system_map = | |
| 4773 Fmake_keymap (intern ("global-window-system-map")); | |
| 428 | 4774 |
| 4775 meta_disgustitute = Fmake_keymap (Qnil); | |
| 4776 Ffset (ESC_prefix, meta_disgustitute); | |
| 4777 /* no need to protect meta_disgustitute, though */ | |
| 442 | 4778 keymap_store_internal (MAKE_MODIFIER_HASH_KEY (XEMACS_MOD_META), |
| 428 | 4779 XKEYMAP (Vcurrent_global_map), |
| 4780 meta_disgustitute); | |
| 4781 XKEYMAP (Vcurrent_global_map)->sub_maps_cache = Qt; | |
| 4782 | |
| 4783 Vkey_translation_map = Fmake_sparse_keymap (intern ("key-translation-map")); | |
| 4784 } |